CUET UG Business Studies Test 3 Steps of Controlling Process
π Answers are locked once submitted β results and explanations appear at the end.
QUESTION 1 OF 20
Consider the following statements regarding the relationship between planning and standards:
Statement I: The standards of performance which serve as the basis of controlling are provided by planning.
Statement II: Without planning there is no predetermined understanding of the desired performance.
QUESTION 2 OF 20
A manufacturing manager prescribes an appropriate course of action by defining a goal: "Reduce defects from 10 to 5 per 1,000 pieces produced by the end of the quarter." In the controlling context, this action specifically represents:
QUESTION 3 OF 20
Assertion (A): It is always possible for the management to set quantitative standards of performance for all organizational activities.
Reason (R): The control system loses some of its effectiveness when standards cannot be defined in quantitative terms.
QUESTION 4 OF 20
Areas such as employee morale and human behaviour pose a specific problem for controlling because they are fundamentally:
QUESTION 5 OF 20
A factory supervisor ensures that each part produced is checked before assembling rather than waiting for the entire task to complete. This represents measuring actual performance:
QUESTION 6 OF 20
For actual performance measurement to be effective in comparing against standards, the measurement should ideally be done:
QUESTION 7 OF 20
Keeping employees under strict watch with the help of Closed Circuit Televisions (CCTVs) is an observation tool that may inadvertently lead to:
QUESTION 8 OF 20
Which of the following is NOT considered a modern technique for reporting and measuring managerial control?
QUESTION 9 OF 20
To ensure deviation detection is precise, the text emphasizes that, as far as possible, actual performance should be measured in:
QUESTION 10 OF 20
Consider the following statements about detecting deviations:
Statement I: Comparison of actual performance with standards reveals the deviation between actual and desired results.
Statement II: All deviations, no matter how small, indicate a failure in planning and require immediate standard revision.
QUESTION 11 OF 20
The postmortem of past activities that uncovers the performance gap between standards and reality proves that controlling is partially a:
QUESTION 12 OF 20
Match the terms related to deviation with their specific implications.
| List 1 | List 2 |
|---|---|
| 1. Acceptable limits | A. The difference found when comparing actual vs. standard |
| 2. Significant deviations | B. Permissible range of variations expected in activities |
| 3. Key result areas | C. Crosses the boundary and demands urgent managerial attention |
| 4. Performance gap | D. Critical points where deviations cause major business impact |
QUESTION 13 OF 20
In critical point control, what is the primary consequence of dealing exclusively with critical points (key result areas)?
QUESTION 14 OF 20
Arrange the analytical thought process a manager uses to handle deviations:
1. Determine the acceptable range of deviations
2. Focus on significant deviations via management by exception
3. Ascertain deviations in key result areas (critical points)
4. Compare actual performance against standards
QUESTION 15 OF 20
The exception principle relies on the philosophy that a manager should only act when:
QUESTION 16 OF 20
If an organization's control system attempts to track every minor deviation across all departments without exception, what is the likely outcome according to the text?
QUESTION 17 OF 20
QUESTION 18 OF 20
QUESTION 19 OF 20
Management identifies that an important project is running behind schedule. Which immediate correction strategy is directly recommended by the text?
QUESTION 20 OF 20
Due to unforeseen government technological policies, a company consistently falls short of its goals despite optimal internal efficiency. The gap cannot be corrected through managerial action. What is the necessary outcome?
Test Complete!
Answer Review
1 Consider the following statements regarding the relationship between planning and standards:
Statement I: The standards of performance which serve as the basis of controlling are provided by planning.
Statement II: Without planning there is no predetermined understanding of the desired performance.
Planning sets the goals that controlling measures. Standards are the "output" of the planning process. Controlling is meaningless without the benchmarks created in planning.
- Planning and controlling are inseparable. Statement I is correct because standardsβthe criteria for measurementβare born in the planning stage. Statement II is correct because planning provides the "predetermined" targets. If an organization hasn't planned, it doesn't know what it wants to achieve; therefore, it has no basis to control or measure whether it is successful. NCERT highlights that planning provides the goals while controlling ensures those goals are met.
- Option A β Incorrect because Statement II is also a fundamental management fact.
- Option B β Incorrect because Statement I is the very definition of the planning-controlling link.
- Option D β Incorrect because both statements accurately describe the interdependency of these two functions.
Used: Contextual/Tonal Matching
Application: Recognizing that planning (setting goals) is the prerequisite for controlling (checking goals).
Final Logic: Goal setting (Planning) must precede Goal checking (Controlling).
Planning = Prescription; Controlling = Pulse check.
2 A manufacturing manager prescribes an appropriate course of action by defining a goal: "Reduce defects from 10 to 5 per 1,000 pieces produced by the end of the quarter." In the controlling context, this action specifically represents:
The manager is setting a specific numerical target. "5 per 1,000" is a quantitative standard. This is the first step of the controlling process.
- This action represents Benchmark setting in precise terms. In the controlling process, the first step is to establish standards. Standards are more effective when they are quantitative (numerical). By stating the exact number of defects allowed (5 per 1,000), the manager has created a precise "yardstick" that makes the later step of comparison much easier and objective.
- Option A β Detection happens after work is done and compared to this goal.
- Option B β Identification of causes happens only if the actual results fail to meet this 5/1,000 goal.
- Option D β Critical point checking is a strategy for where to look, but the statement itself is the definition of the goal.
Used: Contextual/Tonal Matching
Application: The statement provides a specific "target" or "standard," which aligns with "Benchmark."
Final Logic: Specific numbers indicate precise benchmark setting.
Numbers = Nailing the benchmark.
3 Assertion (A): It is always possible for the management to set quantitative standards of performance for all organizational activities.
Reason (R): The control system loses some of its effectiveness when standards cannot be defined in quantitative terms.
Assertion (A) is false because qualitative areas (morale/behavior) are hard to quantify. Reason (R) is true because numbers provide clearer, more objective control. Management tries to quantify, but it isn't "always possible."
- Assertion (A) is false because certain organizational aspects, such as employee morale, job satisfaction, and brand image, are qualitative and cannot always be expressed in exact numbers. Reason (R) is true because a control system is indeed more effective when standards are quantitative, as it reduces subjectivity and bias. Since A is false and R is true, Option D is the only logical choice.
- Options A, B, & C β These options all assume that (A) is true. However, the word "always" makes (A) an absolute statement that is factually incorrect in management.
Used: Extreme Word Filter
Application: The word "always" in Assertion (A) usually indicates a false statement in social sciences like management.
Final Logic: While quantitative is better, it is not always possible.
Morale β Math.
4 Areas such as employee morale and human behaviour pose a specific problem for controlling because they are fundamentally:
Morale and behavior are intangible. You cannot easily assign a number to "happiness" or "attitude." This makes objective comparison a major challenge.
- Controlling becomes difficult when dealing with qualitative elements. Morale, loyalty, and behavior are subjective; they cannot be measured by a scale or a calculator in the same way production units can. Because these areas are difficult to set in quantitative standards, managers often have to rely on proxy indicators or subjective judgment, which complicates the controlling process.
- Option A β These are current management concerns, not "outdated" ones.
- Option B β These are areas of concern, not "methods."
- Option D β These areas are what we measure, not the tools used to detect deviations.
Used: Contextual/Tonal Matching
Application: Identifying that human emotions are "Qualitative" by nature.
Final Logic: Subjective traits = Qualitative challenges.
Quality of mind = Qualitative.
5 A factory supervisor ensures that each part produced is checked before assembling rather than waiting for the entire task to complete. This represents measuring actual performance:
Measurement can happen after work or while it's happening. Checking parts before assembly is real-time monitoring. This allows for faster correction before a final product is ruined.
- Measurement of performance should ideally happen as often as possible. By checking parts before assembly, the supervisor is measuring during the performance. This "concurrent" measurement is highly effective because it prevents defective parts from moving further down the production line, saving the cost of a full "postmortem" discovery after the final product is finished.
- Option A β This stage happens in the office/planning room, not on the factory floor.
- Option C β Postmortem measurement happens after the entire task or product is completed.
- Option D β Standard revision is a corrective action, not a measurement technique.
Used: Contextual/Tonal Matching
Application: "Before assembling" implies the work is still in progress (in-process).
Final Logic: Real-time checking = Measurement during performance.
During = Done while doing.
6 For actual performance measurement to be effective in comparing against standards, the measurement should ideally be done:
Measurement must be unbiased (Objective). Measurement must be consistent (Reliable). This ensures the comparison step is fair and accurate.
- To have a functional control system, the data collected must be accurate. Measurement must be done in an objective and reliable manner to ensure that the "actual" performance being reported is the truth. If measurement is subjective (based on feelings) or unreliable (inconsistent), the comparison against standards will be flawed, leading to wrong corrective actions.
- Option A β Subjectivity introduces bias, and randomness might miss significant errors.
- Option B β Measurement should happen at all levels; top management often relies on reports from lower levels.
- Option D β Qualitative terms are often necessary but are less "effective" for comparison than quantitative terms.
Used: Contextual/Tonal Matching
Application: Choosing the option that ensures "Accuracy" and "Fairness" in a scientific management process.
Final Logic: Objective data = Effective control.
Objective = Outstanding data.
7 Keeping employees under strict watch with the help of Closed Circuit Televisions (CCTVs) is an observation tool that may inadvertently lead to:
Personal observation is a measurement technique. Over-monitoring can damage morale. Employees may feel untrusted or "micromanaged."
- While personal observation (including CCTV) is a valid measurement technique, it has human consequences. NCERT notes that strict monitoring can lead to resistance from employees because they may perceive it as a restriction on their personal freedom or a lack of trust from management. This can lower morale and counteract the benefits of the control system.
- Option A β Watching doesn't "correct" anything; it only identifies the problem.
- Option B β CCTV is an internal tool and has no direct impact on external competition.
- Option C β Revision is based on analysis of data, not just the act of watching.
Used: Contextual/Tonal Matching
Application: Identifying the psychological/human resource impact of "strict watch."
Final Logic: Too much control breeds pushback.
CCTV = Complaints (Resistance).
8 Which of the following is NOT considered a modern technique for reporting and measuring managerial control?
Personal observation is a "Traditional" technique. ROI, Ratio Analysis, and MIS are data-driven "Modern" techniques. Modern tools use accounting and information technology.
- Personal observation is classified as a Traditional technique of control. While still used, it is based on the manager's physical presence. In contrast, Return on Investment (ROI), Ratio Analysis, and Management Information Systems (MIS) are considered Modern techniques as they involve sophisticated financial analysis and information technology to measure performance objectively.
- Options A, B, & D β These are all standard "Modern" techniques listed in the NCERT curriculum for advanced managerial control.
Used: Odd One Out
Application: Options A, B, and D involve data and systems; Option C involves physical human presence.
Final Logic: The oldest method (Observation) is traditional, not modern.
Personal = Past (Traditional).
9 To ensure deviation detection is precise, the text emphasizes that, as far as possible, actual performance should be measured in:
Comparison requires "Apple-to-Apple" alignment. If the standard is in "kg," measurement must be in "kg." This eliminates the need for confusing conversions.
- For comparison to be efficient and accurate, actual performance must be measured in the same units in which standards are set. If a standard is set in "units produced per hour," but measurement is taken in "total weight per day," the manager cannot easily identify a deviation. Matching units ensures the comparison is direct and the performance gap is immediately clear.
- Option A & D β These are specific types of units, but they only work if the standard was also set in those units.
- Option B β Qualitative descriptions make "precise" detection of gaps very difficult.
Used: Contextual/Tonal Matching
Application: Identifying the logical requirement for a "Fair Comparison."
Final Logic: Same units = Easy math.
Same units = Simple control.
10 Consider the following statements about detecting deviations:
Statement I: Comparison of actual performance with standards reveals the deviation between actual and desired results.
Statement II: All deviations, no matter how small, indicate a failure in planning and require immediate standard revision.
Statement I is the textbook definition of the comparison step. Statement II is false because minor deviations are expected and acceptable. Standard revision is only for unrealistic goals, not every small error.
- Statement I is true as comparison is the act of finding the gap between "what is" and "what should be." Statement II is false because it ignores the principle of "Acceptable Range of Deviations." Minor errors do not necessarily mean planning failed, nor do they require standard revision. In fact, reacting to "all deviations, no matter how small" would lead to micromanagement and inefficiency.
- Option A & C β These assume Statement II is true, which contradicts the management principles of "Management by Exception."
- Option D β This assumes Statement I is false, which is the basic definition of comparison.
Used: Extreme Word Filter
Application: The words "All" and "no matter how small" in Statement II are extreme and suggest an incorrect management practice.
Final Logic: One is a definition (True); the other is an impractical extreme (False).
Gap β Failure.
11 The postmortem of past activities that uncovers the performance gap between standards and reality proves that controlling is partially a:
Controlling looks at work that has already been done. "Postmortem" means after death (or after completion). It acts like a "rear-view mirror" to learn from the past.
- Controlling is described as a backward-looking function because it involves a "postmortem" or an after-the-fact examination of activities. By looking back at actual performance and comparing it to standards, managers identify past mistakes and gaps. However, note that it is also forward-looking because it uses this past data to improve future performance.
- Option A β Planning is primarily forward-looking; controlling is both, but the "postmortem" aspect is specifically backward-looking.
- Option C β Benchmark setting is only the first step, not the entirety of the function.
- Option D β Controlling manages internal responses to the environment but cannot "change" the external environment itself.
Used: Contextual/Tonal Matching
Application: "Postmortem" and "past activities" are inherently linked to looking back.
Final Logic: Checking the past = Backward-looking.
Backward = Behind (the past).
12 Match the terms related to deviation with their specific implications.
| List 1 | List 2 |
|---|---|
| 1. Acceptable limits | A. The difference found when comparing actual vs. standard |
| 2. Significant deviations | B. Permissible range of variations expected in activities |
| 3. Key result areas | C. Crosses the boundary and demands urgent managerial attention |
| 4. Performance gap | D. Critical points where deviations cause major business impact |
Limits = Allowed range (1-B). Significant = Big error needing attention (2-C). Key areas = Vital points (3-D). Gap = Math difference (4-A).
- Each term represents a specific part of the deviation analysis: 1. Acceptable limits (B) are the "safe zones" where variation is allowed. 2. Significant deviations (C) are those that go beyond the safe zone and need a manager. 3. Key result areas (D) are the "Critical Points" vital to the company. 4. Performance gap (A) is the literal numerical difference between the target and the actual result.
- Options B, C, & D β These misplace the definitions (e.g., calling a "Performance gap" a "Critical point" or "Significant deviations" a "Permissible range").
Used: Option Grouping
Application: Match the "Size/Importance" of the deviation to its management definition.
Final Logic: Precise matching of terminology to NCERT definitions.
Limits-Permissible, Significant-Urgent, Key-Critical, Gap-Difference.
13 In critical point control, what is the primary consequence of dealing exclusively with critical points (key result areas)?
Managers have limited time and energy. CPC stops them from sweating the "small stuff." Effort is concentrated where the impact is highest.
- The major advantage of Critical Point Control is that it ensures better utilization of managerial effort. Instead of a manager trying to track 1,000 minor details, they track the 5 "Critical Points" that actually move the needle for the business. This prevents burnout and ensures that the manager's talent is focused on high-stakes problem-solving.
- Option A β You still need qualitative standards for those critical areas (e.g., Safety).
- Option C β You still need reports to identify if a critical point is failing.
- Option D β No internal control technique can stop the external world from changing.
Used: Contextual/Tonal Matching
Application: Identifying the "Benefit" of focusing only on what is critical.
Final Logic: Focus on the important = Efficient use of effort.
Critical = Concentrated Effort.
14 Arrange the analytical thought process a manager uses to handle deviations:
1. Determine the acceptable range of deviations
2. Focus on significant deviations via management by exception
3. Ascertain deviations in key result areas (critical points)
4. Compare actual performance against standards
First: Find the gap (4). Second: Establish what gap is "okay" (1). Third: Check the most "vital" areas (3). Fourth: Report the "exceptions" that cross the line (2).
- The logical flow of analysis begins with Comparison (4) to find the gap. Then, the manager determines the Acceptable range (1) to see if that gap matters. Next, they use Critical Point Control (3) to identify if the gap is in a key area. Finally, they use Management by Exception (2) to bring the most significant, out-of-bounds errors to top management's attention.
- Option A, C, & D β These place steps like "focusing on exceptions" before you even have a comparison or a range, which is logically impossible.
Used: Sequential Logic
Application: You must have the data (4) and the rules (1) before you can filter for priority (3) and exception (2).
Final Logic: Data βRule βPriority βException.
C-R-P-E (Compare, Range, Priority/Point, Exception).
15 The exception principle relies on the philosophy that a manager should only act when:
"Exception" means something unusual. Normal variation is "permissible." Action is only needed when the error is "unusual/significant."
- The Exception Principle (Management by Exception) is based on the idea that a manager's time is valuable. Therefore, the manager should only act when deviations cross the permissible limit. If a deviation is within the allowed range (e.g., a 1% cost increase when 2% is allowed), the manager does not waste time on it. Only "exceptions" get their attention.
- Option A β If it matches exactly, no action is needed; this is the goal.
- Option B β This is the starting step, but it doesn't trigger "action" in response to performance.
- Option D β While exceeding a standard is an exception, the principle is most commonly applied to "failures" (shortfalls) that cross limits.
Used: Contextual/Tonal Matching
Application: "Exception" β"Crossing a boundary/limit."
Final Logic: Only the "Significant" gets the spotlight.
Exception = Exceeding the limit.
16 If an organization's control system attempts to track every minor deviation across all departments without exception, what is the likely outcome according to the text?
Over-controlling leads to "Information Overload." Major problems get buried under thousands of minor ones. This is the warning given by Management by Exception.
- NCERT explicitly states that "an attempt to control everything results in controlling nothing." If a manager treats a $5 error with the same urgency as a $50,000 error, they will be overwhelmed by paperwork and data. This inefficiency leads to the manager losing sight of the big picture, ultimately resulting in a failure to control anything effectively.
- Option A β It usually results in chaos, resentment, and a "bottleneck" at the manager's desk.
- Option C β Benchmarks are set at the start; tracking is the use of those benchmarks.
- Option D β Over-control usually discourages employees and reduces initiative; it isn't a training tool.
Used: Contextual/Tonal Matching
Application: Identifying the "Paradox of Control" mentioned in the textbook.
Final Logic: Wide focus = Shallow control.
Too much watch = Nothing caught.
17
Problems in business are rarely simple. A single delay could be due to people, machines, and policy. This makes "Analysis" a difficult but necessary step.
- The passage explicitly states: "Deviations may have multiple causes for their origin." A performance gap isn't always caused by one thing. For example, low production could be due to a defective machine (technical), lack of skills (HR), and a power outage (environmental) all at once. Managers must investigate all these possibilities to find the right cure.
- Option A β While some errors are simple, the passage highlights the complexity of "multiple causes."
- Option B β This is a method for selecting which deviations to look at, not a cause of the deviation itself.
- Option D β The passage mentions "environmental factors" and "structural drawbacks," proving causes are not just limited to employees.
Used: Contextual/Tonal Matching
Application: Direct textual evidence from the first sentence of the passage.
Final Logic: Complexity stems from multiplicity.
Many Missteps (Multiple Causes).
18
The passage lists specific causes: standards, process, resources, etc. Dividend payment is a financial decision, not a "cause for deviation" in the context of the provided text. Options A, B, and D are all pulled directly from the passage.
- The passage lists "unrealistic standards, defective process, inadequacy of resources, structural drawbacks, organisational constraints and environmental factors." Overpayment of dividends is not on this list. While it might affect future cash flow, it is not cited in the text as a primary cause for a performance deviation.
- Option A, B, & D β These are all explicitly mentioned in the second sentence of the provided passage as potential origin points for deviations.
Used: Contextual/Tonal Matching
Application: Perform a direct keyword search/match against the passage text.
Final Logic: If it's not in the text, it's not the answer.
Trust the Text.
19 Management identifies that an important project is running behind schedule. Which immediate correction strategy is directly recommended by the text?
The problem is "behind schedule" (Time/Resource gap). The fix is to add more "power" to speed up the work. This is a standard NCERT example of corrective action for delays.
- When a project is delayed, the goal is to catch up. The text recommends assigning additional workers and equipment and permitting overtime as a practical way to increase output and bring the project back on track. This directly addresses the resource/time shortfall that caused the deviation.
- Option A β This doesn't fix the delay; it just makes a bad situation "acceptable."
- Option C β This is a massive, slow change that won't solve an "immediate" schedule problem.
- Option D β If the project is "important" and "significantly" behind, MBE dictates you must pay attention, not ignore it.
Used: Contextual/Tonal Matching
Application: Matching a "Time/Volume" problem with a "Resource/Labor" solution.
Final Logic: More hands = Less time.
Behind? Add Brawn (Workers/Tools).
20 Due to unforeseen government technological policies, a company consistently falls short of its goals despite optimal internal efficiency. The gap cannot be corrected through managerial action. What is the necessary outcome?
If the company is efficient but still failing, the goal is likely the problem. "Unforeseen policies" represent an external shift. You cannot "correct" a government policy; you must adapt your goals.
- In situations where internal operations are optimal but the target is still missed due to external factors (like government policy), the standards have become unrealistic. Since no amount of managerial action (like training or overtime) can fix a technological policy change, the only logical step is to revise the standards. This ensures that future goals are attainable under the new reality.
- Option B & D β Observation and CCTVs are for measuring internal performance; they won't help with a policy-driven shortfall.
- Option C β A policy change is a factual "External Factor," not a "Qualitative Cause" like employee morale.
Used: Contextual/Tonal Matching
Application: Recognizing that "Impossible Goals" must be "Updated."
Final Logic: Adapt the goal to the reality.
Reality Check = Revise.
