Let me guess how you got here. You have finished Planning, Organising, Staffing and Directing, you can see that Controlling is the last unit in the management half of the syllabus, and a small voice is saying “it is a short chapter, I will read it the night before”. Please do not do that. Controlling is short, yes — but precisely because it is short, the board asks it in a very particular way: short definitions, a relationship question with Planning, and a case study where you must spot the steps of the control process hiding inside a story about a factory or a sales team.
Here is the good news. If you understand one single sentence — controlling means checking whether what actually happened matches what we planned, and doing something about the gap — the rest of this chapter unfolds almost by itself. Everything else is just that sentence, slowed down into five steps and examined from a few different angles.
Think of your own board preparation for a second. In April you made a timetable: two chapters a week. That was planning. Every Sunday night you sit with that timetable and ask “how many did I actually finish?” That Sunday-night check is controlling. And when you notice you finished only one chapter and you decide to drop an hour of Instagram, that decision is the last step of the control process. You have been controlling all your life. This chapter simply gives you the vocabulary for it.
Take it slowly. Read one section, close your eyes, say it back in your own words, and only then move on. Nobody is timing you here.
What You’ll Learn
- What Controlling Really Means
- Why Controlling Matters — Point by Point
- Controlling Is Not Just “Finding Faults”
- Planning and Controlling — Two Sides of the Same Coin
- The Control Process at a Glance
- Step 1 — Setting Performance Standards
- Step 2 — Measuring Actual Performance
- Step 3 — Comparing Actual Performance With Standards
- Step 4 — Analysing Deviations, Critical Point Control and Management by Exception
- Step 5 — Taking Corrective Action
- Limitations of Controlling
- Beyond the Current CBSE List — Techniques of Managerial Control
- How Controlling Questions Are Asked in the Board Exam
Your Game Plan
Do not read this chapter like a novel, front to back, once. Work it like this:
- Read the first three sections until you can define controlling in one clean sentence without looking. That one sentence carries a surprising number of marks across the year.
- Learn the Planning-and-Controlling relationship next, while the definition is fresh. Make the comparison table your own — cover the right column and try to fill it.
- Then take the five steps of the control process one at a time. After each step, invent your own tiny example from school, a shop, or your own study routine.
- Give Step 4 extra time. Critical point control and Management by Exception are where students lose marks by mixing the two up.
- Read the limitations last — they are easy to remember once you already believe controlling is useful.
- Finally, do the worksheet with the answers hidden. Write full answers on paper. Reading answers feels like studying; writing them actually is.
Study Notes
What Controlling Really Means
Start with the plain-language version. Controlling is the management function of finding out whether the work of the organisation is actually going the way it was planned to go, and setting it right when it is not. Two halves: find out, and set right. A manager who only finds out and never acts has not controlled anything; a manager who acts wildly without first finding out is guessing, not controlling.
Notice what controlling needs before it can even begin. It needs a standard — some statement of what “going well” looks like. Without a target of 500 units a day, the number 460 means nothing at all. It is not good, it is not bad, it is just a number. This is why controlling can never be the first thing a manager does. Someone must plan first.
Two words in that definition are worth pausing on, because examiners love them. Effectively means the job got finished — the target was reached. Efficiently means it got finished without wasting money, material, time or people. A factory that produces its 500 units but burns through double the raw material has been effective and inefficient. Good controlling watches both.
The features of controlling, and why each one is true
Do not memorise these as a list. Understand why each one has to be true, and the list becomes unforgettable.
- It is goal-oriented. Controlling exists only to push the organisation towards its goals. Take the goal away and there is nothing to control towards.
- It is pervasive. Every manager at every level controls something — the Managing Director reviews annual profit, the floor supervisor counts today’s output, the class teacher checks whose homework is missing. It happens in schools, hospitals, NGOs and army units, not just in factories.
- It is a continuous process. It is not an annual event. The moment work restarts, checking restarts. A shopkeeper who counts cash only once a year is not controlling; he is discovering.
- It looks backward and forward at the same time. It looks back, because you can only measure work that has already happened. It looks forward, because the whole point of measuring is to make the next round better. This double nature is a favourite one-mark trap.
- It is both a managing function and a doing function. Deciding what should be checked and how is thinking work; actually inspecting, counting and reporting is doing work.
Model answer: Controlling is the management function of ensuring that actual performance conforms to planned performance, so that organisational resources are used effectively and efficiently to achieve the predetermined goals.
Why this scores: In one mark questions the examiner is scanning for two ideas — comparison with the plan, and achievement of goals. Both are present. Do not pad a one-mark definition with examples; you gain nothing and lose time.
(a) She decides to deliver 80 tiffins a day. — Not controlling. This is planning, because she is fixing what should happen.
(b) At 3 p.m. she counts the delivery slips and finds 71 were delivered. — Controlling (measuring actual performance).
(c) She realises two delivery boys were absent and hires a standby. — Controlling (corrective action).
(d) She teaches a new cook the recipes. — Not controlling. This is staffing / directing.
Why this matters: Case questions in the board rarely say “controlling”. They describe an action and expect you to name the function. Practise labelling, not just defining.
If parts (a) to (d) felt slippery, that is completely normal on a first reading. Come back to this box after you have finished the five steps — it will look obvious then. Do not move on until the definition itself feels comfortable.
Why Controlling Matters — Point by Point
This is the highest-yield section in the chapter for three and four mark questions. There are six standard points. I will explain each one so it sticks, and then give you a memory hook.
- 1. Accomplishing organisational goals. Controlling keeps measuring how far the organisation has travelled and how far it still has to go. When it spots the organisation drifting off course, it triggers corrective action and pulls things back on track. Without it, a plan is just a wish.
- 2. Judging accuracy of standards. Here is the subtle one. Controlling does not only judge the workers — it also judges the target itself. If every single worker misses the target month after month, the honest conclusion may be that the target was unrealistic. A good control system tells the manager when the yardstick, not the work, needs changing.
- 3. Making efficient use of resources. Because each activity is checked against a laid-down standard, waste, pilferage and duplication get caught early. Less material spoiled, fewer machine hours idle, less money leaking.
- 4. Improving employee motivation. This one surprises students. When employees know in advance exactly what is expected of them and exactly how they will be judged, the uncertainty disappears. Clear standards feel fair, and fairness motivates. It also means good work gets noticed instead of being invisible.
- 5. Ensuring order and discipline. The simple knowledge that work is being monitored discourages dishonest and careless behaviour. Irregularities such as fudged bills or false attendance come to light.
- 6. Facilitating coordination in action. Every department is given standards that all point at the same organisational goal. When each department is measured against its share of that goal, departments automatically pull in the same direction instead of in six different ones.
Model answer — notice the structure: name the point in bold, then one or two sentences of explanation.
(i) Accomplishing organisational goals. Controlling measures progress against the plan, detects deviations from it and initiates corrective action, thereby guiding the organisation towards its predetermined goals.
(ii) Judging accuracy of standards. An effective control system verifies whether the standards laid down are themselves realistic and objective. Persistent deviation across all employees signals that the standard, not the performance, requires revision.
(iii) Making efficient use of resources. Since every activity is performed in accordance with predetermined standards, wastage and spoilage of resources are minimised and each resource is used in the most productive manner.
Marking logic: One mark per point, and the mark is normally split — a share for naming the point and a share for explaining it. A bare list of three names will typically fetch only half the marks. Always add the explaining sentence.
Model answer: The point highlighted is judging accuracy of standards. An efficient control system does not merely evaluate employees; it also keeps the standards themselves under review. Here, because every tailor fell short consistently even though machines, material and workmanship were found satisfactory, the control system revealed that the standard of 500 shirts per day was itself unrealistic. The manager therefore revised the standard to a realistic 465 shirts per day.
Working: the shortfall was 500 − 460 = 40 shirts, i.e. a deviation of 8% sustained over three months — far too large and too consistent to be blamed on individual carelessness.
Why students lose marks here: they write “accomplishing organisational goals” because a target is mentioned. Read the ending of the case. The manager changed the standard, not the workers. That ending is the giveaway.
Controlling Is Not Just “Finding Faults”
Say the word “control” out loud and most of us picture a stern supervisor with a clipboard, hunting for someone to scold. That picture is exactly what stops students from writing good answers in this chapter, so let us dismantle it.
Controlling is not fault-finding. Fault-finding stops at the fault. Controlling starts there. The whole reason a manager bothers to discover that only 460 units were made instead of 500 is so that next month can be different. Finding the gap is the middle of the process, never the end.
Here is an analogy that usually settles it. When your class test result comes back with 62 out of 100, the number by itself is neither controlling nor useful. What makes it useful is the teacher sitting with you, working out that you lost most marks in the case-study section, and changing what you practise for the next test. The marksheet is measurement. The conversation and the change of plan — that is controlling.
There is a second half to this myth-busting. Because controlling is future-facing, it is never the last function of management in any real sense. It is drawn last in the textbook list only because you cannot check work that has not started. In practice the findings of controlling flow straight back into the next plan, which is why managers describe the management process as a cycle rather than a line.
Model answer: I agree only partly with the statement.
It is true that controlling is backward-looking, because a manager can measure only that performance which has already taken place. To this extent controlling does examine the past.
However, controlling is equally forward-looking. Deviations already committed cannot be undone; the purpose of detecting them is to identify their causes and take corrective action so that such deviations are not repeated in the future. Controlling also improves the standards and the plans themselves for the next period.
Hence controlling is not merely a post-mortem; it is a post-mortem conducted in order to protect the future.
Answer craft: when a question begins “Do you agree?”, take a clear position in the very first line. Examiners look for the stand, then the reasons. Sitting on the fence without saying so costs marks.
Planning and Controlling — Two Sides of the Same Coin
This is the single most examinable relationship in the whole unit, and it is officially listed in the syllabus, so give it real attention.
The classic line is: planning without controlling is meaningless, and controlling without planning is blind. Unpack both halves slowly.
Planning without controlling is meaningless. Imagine your school announces a plan — every student will read one library book a month — and then nobody ever checks. No register, no follow-up, nothing. Within eight weeks the plan exists only on a notice board. A plan that is never checked is a decoration, not a plan.
Controlling without planning is blind. Now flip it. Suppose the librarian starts counting books issued but the school never announced any target. She counts 340 books this month. Is that good? Bad? She genuinely cannot say, because there is no standard to compare against. Measurement without a standard is just data collection.
Where they differ — the comparison table
The board sometimes asks for the relationship, sometimes for the difference. Learn both. Cover the right-hand column with your palm and try to reproduce it.
| Basis | Planning | Controlling |
|---|---|---|
| Nature | Prescriptive — it lays down what ought to be done. | Evaluative — it examines whether that was in fact done. |
| Sequence | Comes first; it is the beginning of the management process. | Comes at the end of a cycle, but feeds straight back into the next plan. |
| Main question asked | “What should we achieve, and how?” | “Did we achieve it, and if not, why?” |
| Direction in time | Mainly forward-looking, though it draws on past experience. | Mainly backward-looking in measurement, forward-looking in purpose. |
| Output | Objectives, targets, budgets and standards. | Deviation reports and corrective action. |
| Dependence | Meaningless if never checked. | Blind if there is nothing to check against. |
Model answer — four clear points, because it is a four mark question:
(i) Planning is the basis of controlling. Controlling requires standards against which actual performance can be compared, and these standards are supplied by the plans. Without a plan there is nothing to control against.
(ii) Controlling is the essence of planning. Controlling brings deviations to light and reveals whether the plan is working, thereby compelling managers to revise and improve their plans. Feedback from control makes the next plan more realistic.
(iii) Planning is prescriptive, controlling is evaluative. Planning prescribes the course of action to be followed; controlling evaluates whether that course was actually followed and to what extent.
(iv) Both are forward-looking and backward-looking. Planning looks ahead to the future but is framed on the basis of past experience; controlling measures past performance but does so in order to improve future results.
Closing line worth adding: Hence planning without controlling is meaningless and controlling without planning is blind — the two are inseparable.
Model answer: The owner has ignored the principle that planning without controlling is meaningless. He performed the planning function by fixing a clear target of 300 enrolments, but he made no arrangement to check actual enrolments against that target during the year.
Because no control system existed, the deviation of 124 students — a shortfall of about 41% — went undetected until the year had ended, by which time corrective action was impossible. Deviations detected after the period is over cannot be corrected for that period.
He should have set monthly enrolment standards, measured actual enrolments each month, compared the two, analysed the causes of any shortfall and taken corrective action such as revising fees, improving publicity or extending the admission window — that is, he should have run the complete control process alongside his plan.
Working (shown so the marker sees you can quantify): 300 − 176 = 124 students short; 124 ÷ 300 × 100 ≈ 41.3%.
The Control Process at a Glance
Before we walk through the steps one at a time, look at the picture above for a minute and let the shape settle in your head. Five sticky notes, left to right, with a dashed arrow curling back from the last to the first.
Each colour above is used consistently on this page. Yellow always means standards, blue always means measuring, green-teal always means comparing, purple always means analysing, and red always means corrective action. When you meet those colours again in the funnel diagram later, they will mean exactly the same things.
A quick way to hold all five in your memory is to phrase them as five questions a manager asks in order:
- What should good work look like? → Setting performance standards
- What did we actually get? → Measurement of actual performance
- How far apart are those two? → Comparing actual performance with standards
- Which gaps really matter, and what caused them? → Analysing deviations
- So what are we going to do about it? → Taking corrective action
Step 1 — Setting Performance Standards
A standard is simply the benchmark against which actual performance will later be judged. It is the answer to the question “what does a good month look like around here?” and it must be settled before the work begins, not afterwards. A standard invented after seeing the results is not a standard; it is an excuse.
Standards come in two flavours, and you should be able to give examples of both.
| Type of standard | What it looks like | Everyday examples |
|---|---|---|
| Quantitative (expressed in numbers) | Easy to state, easy to measure, easy to compare. Leaves little room for argument. | 500 shirts per day; cost of ₹80 per unit; sales of ₹40 lakh a quarter; delivery within 48 hours; not more than 2% defective pieces. |
| Qualitative (expressed in words) | Harder to state and much harder to measure objectively, but often just as important. | Improving employee morale; raising customer goodwill; better industrial relations; a more motivated sales team. |
Wherever it is possible, a manager should try to convert a qualitative standard into something countable, because vague standards cannot be controlled. “Improve customer satisfaction” is almost impossible to check. “Reduce customer complaints from 40 a month to under 15, and answer every complaint within 24 hours” can be checked by anybody. Same intention, but now it has a yardstick.
(a) “Each machine operator will produce 120 pieces per shift.” — Quantitative. Already measurable.
(b) “Our after-sales service should feel friendly.” — Qualitative. Rewritten measurably: “Every service call to be attended within 24 hours, and average customer rating to stay above 4 out of 5.”
(c) “Wastage of cloth must not exceed 3% of material issued.” — Quantitative.
(d) “Employees should feel more motivated this year.” — Qualitative. Rewritten measurably: “Reduce voluntary resignations from 18 to below 10 in the year, and raise the internal engagement survey score from 62% to 75%.”
Point to carry into the exam: the fact that qualitative standards are hard to fix in measurable terms is itself one of the limitations of controlling. This section and the limitations section talk to each other.
Step 2 — Measuring Actual Performance
Once the yardstick is fixed, the manager must find out what actually happened. This sounds like the easiest step of the five. It is quietly the one where control systems most often fail, because a wrong measurement poisons everything downstream.
Measurement must be objective and reliable. Objective means it does not depend on who is doing the measuring or how they feel about the employee that day. Reliable means it would give the same answer if repeated.
The common ways of measuring are worth knowing by name:
- Personal observation. The manager watches the work happening. Rich and immediate, but it is time-consuming and it cannot cover everything.
- Sample checking. Instead of inspecting all 10,000 pieces, inspect 200 chosen at random and reason about the whole batch from them. Practical when volumes are huge.
- Performance reports. Written records — production reports, sales statements, attendance registers, expense statements. The backbone of measurement in any organisation of size.
One more nuance that students often miss: measurement usually happens after the task is finished, but not always. In many situations it is possible and far better to measure while the work is still going on — a supervisor checking dimensions midway through a production run can stop a defect from being repeated 400 more times. Catching a problem at hour two costs far less than catching it at day thirty.
(a) A pharmaceutical unit fills 60,000 identical strips of tablets a day and must confirm that sealing is airtight. — Sample checking. Testing every strip would be impossibly slow and would destroy the product; a randomly drawn sample allows a reliable judgement about the whole batch.
(b) A branch manager wants to know each of her nine salespersons’ monthly revenue. — Performance reports. The data is numerical and already recorded in the billing system, so a monthly sales statement per salesperson is objective and requires no supervision time.
(c) A restaurant owner wants to know whether waiters are greeting guests warmly. — Personal observation, supported by customer feedback forms. The standard here is largely qualitative, so it must be watched rather than counted, and a second source is added to reduce personal bias.
How marks are given: one mark per situation, and the mark depends on the reason, not the label. Never write only “sample checking”; always add why that method suits that situation.
Step 3 — Comparing Actual Performance With Standards
This is the arithmetic step, and it is mercifully simple: put the standard and the actual side by side and find the gap. That gap has a name you must use in the exam — a deviation.
Deviations run in both directions. If the standard was 500 units and you made 460, that is an unfavourable deviation of 40. If you made 540, that is a favourable deviation of 40 — and a good manager investigates that too, because a large favourable deviation often means the standard was set too low, or that quality was quietly sacrificed for speed.
Comparison is effortless when standards are quantitative and painful when they are qualitative. You can subtract 460 from 500 in a second. You cannot subtract “a bit grumpy this quarter” from “high morale”. That is one more reason to prefer measurable standards in Step 1.
Model answer with working:
Output deviation: 1,200 − 1,032 = 168 boxes short. As a percentage: 168 ÷ 1,200 × 100 = 14% below standard — an unfavourable deviation.
Cost deviation: ₹8,60,000 − ₹8,00,000 = ₹60,000 overspent. As a percentage: 60,000 ÷ 8,00,000 × 100 = 7.5% above standard — also unfavourable.
Comment: The firm produced 14% less while spending 7.5% more. Both deviations point the same way, which strongly suggests wastage or spoilage of material rather than a simple shortfall in working hours. This is exactly the sort of finding that must be carried forward into Step 4 for cause analysis.
Presentation mark-earner: lay out standard, actual, deviation and percentage on separate lines. Examiners award method marks even when a final figure slips.
Step 4 — Analysing Deviations, Critical Point Control and Management by Exception
Step 4 is where this chapter becomes genuinely interesting, and where most marks are won or lost. Do not rush it.
The starting insight is this: some deviation is normal and expected. No factory ever hits exactly 500 units. If a manager chased every one-unit variation, she would spend her entire life chasing noise and never manage anything. So before the year begins, she fixes an acceptable range — a tolerance limit, say plus or minus 5%. Inside that band, nothing happens. Outside it, the alarm rings.
How wide should the band be? It depends entirely on how much is at stake. A 5% deviation in stationery expenses is a shrug. A 5% deviation in the dosage of a medicine, or in aircraft component dimensions, is a catastrophe. Tight limits for critical things, loose limits for trivial things.
Critical point control
A manager cannot watch everything with equal intensity, so she should watch the things that matter most. Critical point control means concentrating managerial attention on the Key Result Areas (KRAs) — those few activities where a deviation would seriously damage the whole organisation.
Think about your own board preparation. A 10% dip in your handwriting neatness and a 10% dip in your accuracy in the case-study questions are both “deviations”, but only one of them will actually change your result. Your case-study accuracy is a Key Result Area. That is critical point control, applied to you.
Management by exception
Management by exception, sometimes called control by exception, means that only those deviations which go beyond the permitted limit should be brought to the notice of management. Everything inside the limit is handled routinely and never travels up the hierarchy.
The guiding proverb is worth memorising: an attempt to control everything ends up controlling nothing. A manager buried under 400 trivial reports will miss the one report that mattered.
The benefits of management by exception are easy to state and are frequently asked: it saves the manager’s time and energy; it focuses attention on the significant problems instead of on trivia; it makes delegation easier, because subordinates can handle everything within the limit themselves; and it identifies critical problems quickly, so they get expert attention sooner.
Then find the cause — do not stop at the number
Once the significant deviations are identified, the manager must ask why. Naming the gap is not analysis; explaining it is. The usual suspects are:
- Unrealistic standards — the target was never achievable in the first place.
- Defective process or method — the way the work is organised creates the problem.
- Poor quality of raw material — bad input, bad output, however skilled the worker.
- Obsolete or badly maintained machinery — frequent breakdowns, slow cycles, higher rejection.
- Structural drawbacks in the organisation — unclear authority, poor coordination between departments.
- Changes in the environment beyond the firm’s control — a shift in government policy, a new competitor, a natural calamity, a sudden jump in input prices.
| Region | Standard | Actual | Deviation | Deviation % | Escalate? |
|---|---|---|---|---|---|
| North | 40 | 42 | +2 | +5.0% | No — at the limit, not beyond it |
| South | 30 | 28.8 | −1.2 | −4.0% | No — within limit |
| East | 25 | 20.5 | −4.5 | −18.0% | Yes — far beyond the limit |
| West | 35 | 36.4 | +1.4 | +4.0% | No — within limit |
Model answer: Only the East region deviation should be reported to Aarav. Its shortfall of ₹4.5 lakh represents 18% of target, far outside the permitted band of ±5%. North, South and West are all inside the tolerance limit and should be handled at regional level without troubling the national head.
The principle being applied is management by exception, under which only significant deviations exceeding the prescribed limit are brought to the notice of management. This saves Aarav’s time for the problem that genuinely needs him, and allows the three regional managers to exercise their own judgement on routine variations.
Working shown: East = (20.5 − 25) ÷ 25 × 100 = −18%. North = (42 − 40) ÷ 40 × 100 = +5%. South = (28.8 − 30) ÷ 30 × 100 = −4%. West = (36.4 − 35) ÷ 35 × 100 = +4%.
Model answer:
(i) Critical point control. The administrator has identified infection rates in the operation theatre as a Key Result Area, since a deviation there would endanger patient lives and the reputation of the hospital. Stationery expense is not critical, so it receives far less managerial attention. Attention is being allocated according to the importance of the area.
(ii) Management by exception. Only deviations crossing the prescribed limit of 10% are to be reported upward; everything within that band is dealt with by the department heads themselves. Attention is being allocated according to the size of the deviation.
Remember the split: critical point control chooses the area; management by exception chooses the threshold.
Step 5 — Taking Corrective Action
Everything so far has been diagnosis. This step is the treatment, and it is the step that converts information into management.
The first thing to understand is that sometimes the correct action is no action at all. If the deviation is inside the permitted band, the control process simply ends here. The manager notes it and moves on. Students often assume Step 5 always means punishing somebody; it does not.
When the deviation is significant — especially in a Key Result Area — the manager must act, and the action must attack the cause identified in Step 4. This is the part where marks are earned: your corrective action must match your diagnosis.
| If the cause is… | then the corrective action is… |
|---|---|
| Workers lack the required skill | Arrange training; if necessary, reassign the task to better-suited staff. |
| Machinery is old and breaks down often | Repair or replace the machine; introduce preventive maintenance. |
| Raw material quality is poor | Change the supplier or tighten incoming material inspection. |
| The method of working is clumsy | Redesign the process; reorganise the sequence of operations. |
| The standard itself was unrealistic | Revise the standard to a realistic level. Correct the yardstick, not the worker. |
Model answer — take the steps in order, quote the case for each:
(i) Setting performance standards. The firm fixed a quantitative standard of 800 tiles per day per kiln and a wastage standard of not more than 4%. These are the benchmarks against which performance is to be judged.
(ii) Measurement of actual performance. Actual output was recorded at an average of 736 tiles per day and actual wastage at 11%, obtained from the production reports.
(iii) Comparing actual performance with standards. Output fell short by 800 − 736 = 64 tiles per day, a deviation of 8%; wastage exceeded the standard by 11% − 4% = 7 percentage points. Both are unfavourable deviations.
(iv) Analysing deviations. The manager investigated the causes by examining reports, inspecting the kilns and testing the raw material, and traced the deviation to poor quality raw material — excessive moisture in the clay supplied by the new vendor.
(v) Taking corrective action. He reverted to the earlier supplier and instituted a moisture test on every incoming consignment, thereby removing the cause and preventing recurrence.
Working: 800 − 736 = 64 tiles; 64 ÷ 800 × 100 = 8%.
Structure tip for six-mark case questions: name the step in bold, then immediately quote or paraphrase the line from the case that proves it. Examiners can then award each mark without hunting for it.
Limitations of Controlling
Having spent the whole chapter arguing that controlling is essential, it is only fair to admit what it cannot do. The board asks this regularly, usually for three or four marks. There are four standard limitations.
- 1. Difficulty in setting quantitative standards. Control works beautifully where output can be counted and badly where it cannot. How do you put a number on employee morale, job satisfaction, human behaviour or the quality of a research idea? In such areas the control system loses much of its bite, and judgements become subjective.
- 2. Little control over external factors. An organisation can control what happens inside its gates. It cannot control a change in government policy, a new technology that makes its product old-fashioned, a fresh competitor, a change in consumer taste, or a natural calamity. Deviations caused by these cannot be corrected by managerial effort alone.
- 3. Resistance from employees. People often experience control as surveillance and as a curb on their freedom. Installing CCTV cameras on the shop floor or electronically tracking every keystroke may well reduce errors, but it can equally breed resentment and lower morale — which then damages performance in a different way.
- 4. It is a costly affair. A control system consumes time, effort and money. Someone must design the standards, someone must collect the data, someone must analyse it and report. For a small enterprise, an elaborate control system may simply cost more than the losses it prevents. The benefits of control must always exceed its cost.
Model answer — four limitations, each tied to a fact in the case:
(i) Resistance from employees. The designers protested at biometric and screen monitoring and two of them resigned, showing that employees often see control as an infringement of their freedom, which lowers morale.
(ii) Difficulty in setting quantitative standards. Meghna could not express “creativity of the design” in measurable terms. Where the work is qualitative, standards are hard to fix and comparison becomes subjective.
(iii) Costly affair. A control system costing ₹2,40,000 a year in a studio of only fourteen people is disproportionate; for a small organisation the cost of control may well exceed the benefit it yields.
(iv) Little control over external factors. The fall in revenue was caused by a rival’s new AI tool — a technological change in the external environment which no internal control system could have prevented or corrected.
Technique: in “identify the limitation” questions, always anchor each limitation to the specific words of the case. An unanchored list of limitations reads like memorisation and is marked more harshly.
Beyond the Current CBSE List — Techniques of Managerial Control
With that clearly said — a little context does make the five steps feel more real. When a manager reaches Step 2 and Step 3, she needs actual tools to measure and compare. Broadly, such tools are grouped into traditional and modern ones.
Traditional tools include personal observation, statistical reports, budgetary control and break-even analysis. Budgetary control means expressing plans as numerical budgets for each department and then comparing actual figures against the budget. Break-even analysis studies how costs, volume and profit relate, and finds the level of output at which the business exactly covers its costs.
Modern tools include return on investment, ratio analysis, responsibility accounting, management audit, and the network techniques PERT and CPM used for scheduling large projects.
If you are simply curious how break-even works: suppose fixed costs are ₹3,00,000, each unit sells for ₹250 and costs ₹150 to make. Each unit therefore contributes ₹250 − ₹150 = ₹100 towards fixed costs. The firm breaks even at ₹3,00,000 ÷ ₹100 = 3,000 units, which at ₹250 each is sales of ₹7,50,000. Below that it loses money, above it, it profits. Interesting — but again, not part of the listed Unit 8 scope for 2026-27.
How Controlling Questions Are Asked in the Board Exam
Because Unit 8 is compact, the question paper cannot ask fifty different things from it. In practice the questions fall into four recognisable shapes. Learn the shapes and you will recognise them the moment you turn the page.
- Shape 1 — the definition or single-feature question (1 mark). “Define controlling.” “Why is controlling called a forward-looking function?” Answer in one or two crisp sentences. Do not write a paragraph.
- Shape 2 — the importance or limitations question (3–4 marks). “Explain any three points of importance of controlling.” Name the point in bold, then explain it in a sentence. The count of points should match the marks.
- Shape 3 — the planning-and-controlling relationship question (4–5 marks). Sometimes phrased as a statement to be discussed, such as “controlling without planning is blind”. Give the four relationship points and close with the interdependence line.
- Shape 4 — the case study (4–6 marks). A short story about a firm. You must either identify the step of the control process being described, or list the steps in order using facts from the case, or name the concept (management by exception, critical point control, judging accuracy of standards) that the story illustrates.
Model answer:
(i) Setting performance standards. A quantitative standard of 60 resolved calls per agent per day was fixed, along with a permitted variation of 8%.
(ii) Measurement of actual performance. Actual performance of 54 resolved calls per agent per day was obtained from the daily dashboard — a performance report.
(iii) Comparing actual performance with standards. The deviation is 60 − 54 = 6 calls per agent, that is 6 ÷ 60 × 100 = 10% below standard. Since the permitted variation was 8%, this deviation lies outside the acceptable limit.
(iv) Management by exception. Because the deviation of 10% exceeds the permitted 8%, it qualifies as a significant deviation requiring managerial attention. Had it been, say, 4%, no action would have been called for.
(v) Critical point control. Sundar reviews “calls resolved” daily but pantry expenses only quarterly, showing that he concentrates his attention on the Key Result Area of his business.
(vi) Analysing deviations and taking corrective action. He analysed the cause and traced it to a software update that had slowed the database — a defective process rather than employee negligence. He then took corrective action by having the update rolled back and by training agents on the new screens.
Note the fairness point: the cause was technical, so the corrective action was technical. Blaming the agents here would be both unfair and ineffective — and examiners notice when a student jumps to punishment.
That is the whole chapter. Read the five steps once more, out loud if you can, and then go straight into the worksheet below while it is all still warm in your head.
Practice Worksheet
Ten questions. Please write your answer on paper before you click a question open — reading a model answer feels productive but teaches you very little. The marks in brackets tell you how long the answer should be.
Q1. Define controlling and state any two of its features. (3 marks)
Two features:
(i) It is a pervasive function. Controlling is performed by managers at every level — top, middle and supervisory — and in every type of organisation, whether a factory, a hospital, a school or a government office.
(ii) It is both backward-looking and forward-looking. It examines performance that has already occurred, but it does so in order to prevent the repetition of deviations and to improve future performance.
Q2. “Controlling without planning is blind.” Explain. (3 marks)
Suppose a librarian records that 340 books were issued this month. Without a planned target she cannot say whether this is excellent, adequate or alarming. The number is data, not information.
Therefore, in the absence of planning, the control function has no direction or basis — it becomes blind. Planning is the basis of controlling.
Q3. Explain the relationship between planning and controlling. (4 marks)
(ii) Controlling is the essence of planning. By revealing deviations, controlling shows whether the plan is working and forces plans to be revised and improved for the next period.
(iii) Planning is prescriptive while controlling is evaluative. Planning lays down what should be done; controlling assesses whether it was in fact done.
(iv) Both look backward and forward. Planning looks to the future but is built on past experience; controlling measures the past but exists to improve the future.
Hence the two are interdependent — planning without controlling is meaningless, and controlling without planning is blind.
Q4. State the five steps in the process of control in their correct sequence, with one line on each. (5 marks)
(ii) Measurement of actual performance — actual results are found out objectively and reliably, in the same units as the standard, using personal observation, sample checking or performance reports.
(iii) Comparing actual performance with standards — the two are placed side by side and the gap, called the deviation, is identified.
(iv) Analysing deviations — the manager applies critical point control and management by exception to decide which deviations matter, and then investigates their causes.
(v) Taking corrective action — where the deviation is significant, action is taken to remove its cause; where the standard itself was unrealistic, the standard is revised.
Q5. Distinguish between critical point control and management by exception. (3 marks)
Management by exception means that only those deviations which exceed the permitted limit should be reported to management; deviations within the limit are handled routinely at lower levels. It decides how large a gap must be before a manager is involved. For example, department heads report only when a figure moves more than 10% from budget.
In short, critical point control selects the place to look, while management by exception sets the threshold for action. The guiding idea behind both is that an attempt to control everything ends up controlling nothing.
Q6. A workshop fixed a standard of 250 components per day at a rejection limit of 3%. Actual output was 215 components with 9% rejection. Compute both deviations and state which step of controlling this represents. (4 marks)
Rejection deviation: 9% − 3% = 6 percentage points above the permitted rejection limit, that is, rejections are three times the standard — also unfavourable.
Step represented: this is Step 3, comparing actual performance with standards, because the standard and the actual have been placed side by side and the deviation identified. The next step would be to analyse the causes of these deviations.
Comment worth adding: falling output combined with a sharply higher rejection rate points towards a material or machine problem rather than mere slowness of the workers.
Q7. Explain any four limitations of controlling. (4 marks)
(ii) Little control over external factors. Changes in government policy, technology, competition, consumer taste or a natural calamity lie outside the organisation’s power, and deviations caused by them cannot be corrected by internal managerial action.
(iii) Resistance from employees. Employees frequently regard control measures such as constant monitoring as a restriction on their freedom, which can lower morale and provoke opposition.
(iv) It is a costly affair. Designing standards, collecting data, analysing it and reporting all consume time, effort and money. For a small organisation the cost of an elaborate control system may exceed the benefit it delivers, so managers must ensure that the benefits of control justify its cost.
Q8. Radhika, a bakery owner, set a target of 400 loaves a day. For four straight months, every one of her six bakers averaged around 350, although the ovens, flour and staff were all found to be perfectly satisfactory. She then reduced the daily target to 355 loaves. Which point of importance of controlling is illustrated, and why? (3 marks)
An effective control system evaluates not only the performance of employees but also the soundness of the standards themselves. Here the shortfall was 400 − 350 = 50 loaves, a deviation of 12.5%, and it persisted across every baker for four consecutive months even though the ovens, the raw material and the staff were all found satisfactory.
When a deviation is that consistent and that widespread, and no fault can be found with resources or workmanship, the reasonable conclusion is that the standard was itself unrealistic. Radhika’s control system therefore revealed a defective standard, and she correctly revised it to an achievable 355 loaves per day.
Trap to avoid: do not answer “accomplishing organisational goals”. The decisive clue is that she changed the standard, not the workers.
Q9. “Controlling is looking back, and therefore of no use to the future.” Do you agree? Justify. (4 marks)
It is partly true that controlling looks back, because a manager can measure only performance that has already taken place. To that extent it does examine past activity.
But it is decidedly useful to the future, for three reasons. First, deviations already committed cannot be undone; the entire purpose of detecting them is to identify their causes and prevent their recurrence in future periods. Second, controlling judges the accuracy of the standards themselves, so the next set of plans is more realistic than the last. Third, the feedback generated by controlling becomes an input for the next round of planning, which is precisely why the management process is described as a continuous cycle rather than a straight line.
Hence controlling is both backward-looking in its method and forward-looking in its purpose. It is a post-mortem conducted in order to protect the future, not an idle examination of the past.
Q10. Case study: Vistaar Logistics promised delivery of every parcel within 48 hours, with a permitted variation of 5%. Its tracking system showed that in March 12% of parcels were delivered late. The operations head reviewed the data, found that a single sorting hub was responsible for most delays because its scanner was faulty, and had the scanner replaced. She reviews on-time delivery every single morning, but reviews office electricity bills only once a year. Identify the steps and concepts of controlling illustrated. (6 marks)
(ii) Measurement of actual performance. The tracking system recorded that 12% of parcels were delivered late in March. This is objective measurement through a performance report rather than personal impression.
(iii) Comparing actual performance with standards. Actual late deliveries of 12% against a permitted 5% give an unfavourable deviation of 7 percentage points — late deliveries were more than twice the acceptable level.
(iv) Management by exception. Since the deviation exceeds the permitted limit of 5%, it is a significant deviation that rightly demanded the operations head’s attention. A late-delivery rate of, say, 4% would have needed no escalation.
(v) Critical point control. On-time delivery is reviewed every morning while electricity bills are reviewed annually, showing that managerial attention is concentrated on the Key Result Area of a logistics business.
(vi) Analysing deviations and taking corrective action. She analysed the data, traced the cause to a faulty scanner at one sorting hub — a defect in equipment rather than in staff effort — and took corrective action by replacing the scanner, thereby removing the cause and preventing recurrence.
Closing line: this corrective action also becomes feedback for the next planning cycle, which is why controlling and planning form a continuous loop.
You have just finished the last unit of the management half of your syllabus, and if the five steps now feel obvious to you, that is not because the chapter was easy — it is because you did the work. Go back tomorrow and try to redraw the five-step diagram from memory on a blank page. You will find you can.
And keep the standard modest and honest: aim for one more correct question than yesterday. One extra question a day, sustained from now until the board exam, adds up to more than any single heroic all-nighter ever will. Set your own standard, measure yourself against it honestly, and take corrective action without being harsh with yourself. You have been studying the control process; now run it on yourself.