CUET UG Business Studies Test 2 Relationship and Controlling Process
π Answers are locked once submitted β results and explanations appear at the end.
QUESTION 1 OF 20
A company creates a detailed strategic plan for expansion but does not establish any mechanisms to monitor its progress. Eventually, the expansion fails. What concept does this highlight?
QUESTION 2 OF 20
Statement I: Without planning there is no predetermined understanding of the desired performance.
Statement II: Once a plan becomes operational, controlling is unnecessary if the plan is well-made.
QUESTION 3 OF 20
Match the following elements regarding the roles of planning and controlling:
| List 1 | List 2 |
|---|---|
| 1. Intellectual process | A. Controlling |
| 2. Basis of controlling | B. Plans |
| 3. Evaluative process | C. Performance Standards |
| 4. Formulated for future | D. Planning |
QUESTION 4 OF 20
Assertion (A): Standards set during the planning role should be flexible enough to be modified whenever required.
Reason (R): Changes taking place in the internal and external business environment may require standards to be realistic in changed conditions.
QUESTION 5 OF 20
QUESTION 6 OF 20
QUESTION 7 OF 20
Identify the correct logical sequence demonstrating the mutual relationship between planning and controlling:
1. Controlling finds out deviations.
2. Formulating plans.
3. Taking corrective actions based on analysis.
4. Improving planning in the next cycle.
QUESTION 8 OF 20
How does planning based on facts actively reinforce the controlling process?
QUESTION 9 OF 20
Why is the statement "planning is looking ahead while controlling is looking back" considered only partially correct?
QUESTION 10 OF 20
Which of the following is an INCORRECT reasoning for why controlling is a backward-looking function?
QUESTION 11 OF 20
Why is the controlling process considered a "systematic" process rather than an arbitrary one?
QUESTION 12 OF 20
In the sequential flow of the controlling process, which step directly PRECEDES the "Analysing deviations" step?
QUESTION 13 OF 20
Setting a goal for a fast-food chain in terms of "time taken by a customer to wait for a table" is an example of applying a standard to make what easier?
QUESTION 14 OF 20
Statement I: In large organizations, each piece produced is checked to ensure quality specifications.
Statement II: Sample checking is a technique used when checking each individual unit is not possible.
QUESTION 15 OF 20
A worker's target is 100 units per week. The manager counts 90 units produced. The identification of this 10-unit gap happens during which conceptual step?
QUESTION 16 OF 20
Under what condition is the finding of a deviation generally easiest?
QUESTION 17 OF 20
In a manufacturing unit, a 5% increase in labor cost is treated more urgently than a 15% increase in postal charges. This analytical decision highlights which concept?
QUESTION 18 OF 20
Assertion (A): It is vital for a manager to analyze the exact causes behind deviations before taking action.
Reason (R): Deviations may originate from multiple causes such as defective processes, inadequacy of resources, or organizational constraints.
QUESTION 19 OF 20
Which of the following is NOT an advantage of taking corrective action based on Critical Point Control and Management by Exception?
QUESTION 20 OF 20
When deviations in key performance areas cross permissible limits, what must a manager urgently do?
Test Complete!
Answer Review
1 A company creates a detailed strategic plan for expansion but does not establish any mechanisms to monitor its progress. Eventually, the expansion fails. What concept does this highlight?
Planning sets the goals, but control ensures they are achieved. Without monitoring, deviations remain undetected. Execution fails when there is no follow-up mechanism.
οΏ½οΏ½ This scenario demonstrates that a plan, no matter how detailed, cannot guarantee success on its own. Planning without controlling is meaningless because there is no mechanism to check if the organization is moving in the right direction. Control provides the necessary feedback and corrective action to keep the plan on track. In this case, the lack of monitoring (control) led to the failure of the strategic expansion.
- Option B β This applies to situations where a manager tries to control without having a plan; here, the plan existed, but the control didn't.
- Option C β Planning is a prescriptive and intellectual process; controlling is the evaluative one.
- Option D β Controlling is both backward and forward-looking, not "purely" forward-looking.
Strategy Used: Contextual/Tonal Matching Application: The case emphasizes the absence of "monitoring" (control) despite the presence of a "plan." Final Logic: A plan with no follow-up (control) results in a meaningless management exercise.
Plan + No Control = Meaningless Goal.
2 Statement I: Without planning there is no predetermined understanding of the desired performance.
Statement II: Once a plan becomes operational, controlling is unnecessary if the plan is well-made.
Planning provides the "target" or standard for performance. Even the best plans face unexpected environmental changes. Control is always necessary to ensure implementation.
οΏ½οΏ½ Statement I is correct because planning sets the standards that define what "desired performance" looks like. Statement II is incorrect because control is never unnecessary. No matter how "well-made" a plan is, internal and external factors (like market shifts or resource delays) can cause deviations that only a control system can identify and correct.
- Option B β This incorrectly identifies Statement I as wrong.
- Option C β Incorrect because Statement II promotes the false idea that control can be skipped.
- Option D β Incorrect because Statement I is a fundamental truth of management.
Strategy Used: Extreme Word Filter Application: Statement II uses the word "unnecessary," which is almost always false for a core management function. Final Logic: Planning sets the stage (I), but control ensures the performance happens (II).
Plan is the Map; Control is the GPS (Always needed).
3 Match the following elements regarding the roles of planning and controlling:
| List 1 | List 2 |
|---|---|
| 1. Intellectual process | A. Controlling |
| 2. Basis of controlling | B. Plans |
| 3. Evaluative process | C. Performance Standards |
| 4. Formulated for future | D. Planning |
Planning is an "intellectual" thinking process (1-D). Standards (from planning) are the "basis" of control (2-C). Controlling "evaluates" the work (3-A). Plans are made for the "future" (4-B).
οΏ½οΏ½ Planning (1-D) is the intellectual thinking phase. Performance Standards (2-C) are the benchmarks provided by planning to act as the basis of control. Controlling (3-A) is the evaluative function that assesses performance. Plans (4-B) are the actual documents formulated to guide future conditions.
- Options A, B, & C β These options mismatch the nature of the functions (e.g., calling controlling an "intellectual process" or standards a "future formulation").
Strategy Used: Option Grouping Application: Matching the most distinct pairs (Intellectual = Planning; Evaluative = Controlling) allows for quick identification of the correct batch. Final Logic: Conceptual characteristics must match the management function.
Plan = Think; Control = Check.
4 Assertion (A): Standards set during the planning role should be flexible enough to be modified whenever required.
Reason (R): Changes taking place in the internal and external business environment may require standards to be realistic in changed conditions.
Business environments are dynamic (changing). Rigid standards become obsolete or unattainable. Flexibility allows standards to remain relevant and motivating.
οΏ½οΏ½ Both statements are true and logically linked. Managers must set flexible standards (Assertion) because the business world is not static. If a sudden government policy or economic shift occurs, a standard set previously might become "unrealistic." The reason (R) provides the justification for the flexibility (A) by citing the need to adapt to internal and external environmental changes.
- Option B β Incorrect because the Reason (Environment change) is the direct cause for the requirement of Flexibility.
- Option C & D β Incorrect because both statements are core management principles found in NCERT.
Strategy Used: Contextual/Tonal Matching Application: Logic check: "Standards must be flexible because the environment changes." The logic holds. Final Logic: Standards must mirror reality, and reality changes.
Flexible Standards for a Fluid Market.
5
Numbers provide objective benchmarks. Comparing 5 to 10 is easier than comparing "better" to "worse." It removes subjective bias from the evaluation.
οΏ½οΏ½ According to the passage, the primary benefit of quantitative standards is that they make "comparison with actual performance much easier." When a manager has a specific number (like 5 defects per 1,000), they can objectively measure the actual results and immediately identify the exact size of the deviation.
- Option A β Human behavior is never "completely predictable."
- Option B β Qualitative standards do exist and are important (e.g., morale, customer satisfaction).
- Option D β Standards are targets; they "aim" for low defects but cannot "guarantee" zero defects on their own.
Strategy Used: Contextual/Tonal Matching Application: The passage explicitly states: "...set standards in precise quantitative terms as this would make their comparison... much easier." Final Logic: Direct textual evidence supports Option C.
Quantity = Quick Comparison.
6
You cannot correct what you cannot measure. Qualitative goals must be broken down into observable behaviors. Defining the standard clearly is the first step toward control.
οΏ½οΏ½ The passage notes that for qualitative standards, "an effort must be made to define them in a manner that would make their measurement easier." For example, customer satisfaction can be measured via the number of repeat customers or survey scores. Without this prerequisite definition, a manager cannot objectively measure performance or take effective corrective action.
- Option A β Ignoring standards is a failure of management.
- Option C β Customer satisfaction (service) and manufacturing defects (product) are different metrics and cannot always be swapped.
- Option D β Corrective action is necessary for all standards, regardless of type.
Strategy Used: Contextual/Tonal Matching Application: The final sentence of the passage provides the answer: "...define them in a manner that would make their measurement easier." Final Logic: Measurement is the bridge between a goal and corrective action.
Define to Detect.
7 Identify the correct logical sequence demonstrating the mutual relationship between planning and controlling:
1. Controlling finds out deviations.
2. Formulating plans.
3. Taking corrective actions based on analysis.
4. Improving planning in the next cycle.
Sequence starts with the plan (2). Control then finds the gaps/deviations (1). Action is taken to fix the gaps (3). The results/feedback improve the next plan (4).
οΏ½οΏ½ The management cycle begins with Formulating plans (2). During implementation, Controlling finds out deviations (1) from those plans. Based on this, managers Take corrective actions (3). Finally, the information gained from this process is used for Improving planning in the next cycle (4).
- Option A β Suggests improvement (4) happens before the deviation is found (1) or corrected (3).
- Option C β Suggests control happens before a plan is even made.
- Option D β Reverses the logical cycle of management.
Strategy Used: Sequential Logic Application: Identified the "Feedback Loop" where control data feeds back into the planning stage. Final Logic: Plan β Find Error β Fix Error β Better Plan.
Plan, Find, Fix, Feedback (P-F-F-F).
8 How does planning based on facts actively reinforce the controlling process?
Realistic plans provide realistic standards. Fact-based standards reduce unfair pressure on employees. Accurate benchmarks lead to meaningful comparisons.
οΏ½οΏ½ When planning is based on hard facts and realistic forecasts rather than guesswork, the resulting standards are attainable and accurate. This makes controlling easier and effective because the manager is comparing actual performance against a valid yardstick, making it clear whether deviations are due to poor performance or external factors.
- Option A β Fact-based planning makes control more predictable, not less.
- Option B β Resistance usually comes from rigid/unrealistic control, not fact-based planning.
- Option D β Critical Point Control is always necessary to save time, regardless of how good the plan is.
Strategy Used: Contextual/Tonal Matching Application: Positive planning leads to positive (effective) controlling. Final Logic: Quality inputs (facts) lead to quality outputs (effective control).
Facts = Functional Control.
9 Why is the statement "planning is looking ahead while controlling is looking back" considered only partially correct?
Planning looks forward (forecasts) but also backward (experience). Controlling looks backward (deviations) but also forward (corrective action). Both functions are actually both forward and backward-looking.
οΏ½οΏ½ The statement is only partially correct because it oversimplifies both functions. Planning looks forward but is heavily guided by past experiences (backward). Controlling looks at past deviations (backward) but its ultimate aim is to take corrective action to improve future performance (forward). Therefore, both functions are interconnected in both time directions.
- Option B β Controlling is evaluative, while planning is prescriptive.
- Option C β Planning is entirely built upon future forecasts.
- Option D β Controlling relies on past performance data to function.
Strategy Used: Dimensional/Unit Analysis Application: Analyzing the time-dimension of both functions. They are both "Dual-directional." Final Logic: Both functions use the past to secure the future.
Both functions are Time Travelers (Forward & Backward).
10 Which of the following is an INCORRECT reasoning for why controlling is a backward-looking function?
Setting original objectives is a Planning function. Controlling is never "blind"; it is data-driven. A, B, and C are all valid reasons for the "backward-looking" label.
οΏ½οΏ½ Statement D is incorrect because setting original objectives is the role of Planning, not controlling. Furthermore, management functions are not "blind"; they rely on data. Controlling is called backward-looking because it evaluates what has already happened (A), performs a postmortem (B), and measures past results (C).
- Options A, B, & C β These are all correct, standard textbook reasons why controlling is categorized as backward-looking.
Strategy Used: Odd One Out Application: Options A, B, and C describe the "Evaluation" of the past. Option D describes the "Creation" of goals (Planning). Final Logic: Control checks the past; it doesn't "blindly" create the future.
Control Checks (Back); Planning Prescribes (Forward).
11 Why is the controlling process considered a "systematic" process rather than an arbitrary one?
"Systematic" implies a logical, repeatable order. The controlling process has 5 specific, standard steps. It follows a scientific method of measurement and comparison.
οΏ½οΏ½ A process is "systematic" when it follows a pre-defined set of steps to reach a conclusion. The controlling process is not based on "gut feeling" or random checks; it moves logically from Setting Standards to Measurement, then Comparison, Analysis, and finally Corrective Action. This structured approach ensures consistency and accuracy.
- Option A β "Gut feeling" is the opposite of a systematic management process.
- Option B β Measurements must be predictable and consistent to be useful.
- Option D β While external factors are considered, the process itself is internal and highly manageable.
Strategy Used: Contextual/Tonal Matching Application: "Systematic" is defined by order and sequence (Option C). Final Logic: The 5-step sequence is the "System."
Systematic = Step-by-Step.
12 In the sequential flow of the controlling process, which step directly PRECEDES the "Analysing deviations" step?
Sequence: 1. Standards, 2. Measurement, 3. Comparison, 4. Analysis. You can only analyze a deviation after you have found one. Comparison is the step that reveals the deviation.
οΏ½οΏ½ Before a manager can analyze why a deviation happened, they must first identify that a deviation exists. This identification happens during the Comparison of actual performance with standards. Once the gap is quantified in the comparison step, the manager moves forward to analyze its causes.
- Option A β This follows (is after) analysis.
- Option C β This is the very first step of the entire process.
- Option D β This is an outcome or importance of control, not a step in the process.
Strategy Used: Sequential Logic Application: Visualizing the 5-step flowchart and identifying the step immediately to the left of "Analysis." Final Logic: You must compare to find the error before you can analyze the error.
Compare then Calculate causes (Analyze).
13 Setting a goal for a fast-food chain in terms of "time taken by a customer to wait for a table" is an example of applying a standard to make what easier?
"Service quality" is qualitative and hard to measure. "Wait time" (in minutes) is a quantitative proxy for service quality. Converting feelings/service into numbers makes control possible.
οΏ½οΏ½ Customer service and satisfaction are qualitative aspects of a business. By setting a specific standard like "waiting time" (e.g., under 5 minutes), the manager is defining a qualitative standard in a way that makes its measurement objective and easy. It transforms a vague goal into a measurable metric.
- Option A β This refers to external factors, while wait time is an internal performance metric.
- Option B β CCTVs are a tool, not the reason for setting wait-time standards.
- Option C β Liquidity ratios deal with cash and debt, not customer service speed.
Strategy Used: Contextual/Tonal Matching Application: Recognizing "Wait Time" as a measurable indicator for the qualitative concept of "Service." Final Logic: Quantifying the qualitative for better control.
Time = Transforming qualitative into quantitative.
14 Statement I: In large organizations, each piece produced is checked to ensure quality specifications.
Statement II: Sample checking is a technique used when checking each individual unit is not possible.
Large organizations produce millions of items; checking every single one is impossible. Statement I describes "100% inspection," which is rare in large-scale manufacturing. Sample checking (Statement II) is the standard economical method.
οΏ½οΏ½ Statement I is incorrect because, in large-scale production, checking every single "piece" is neither economical nor physically possible. Statement II is correct as it describes Sample Checkingβa key technique where a small, representative sample is measured to infer the quality of the entire batch, saving time and costs.
- Option A β Incorrect because Statement I is an unrealistic management practice for large firms.
- Option B β Incorrectly identifies Statement I as true.
- Option D β Incorrect because Statement II is a valid and widely used control technique.
Strategy Used: Extreme Word Filter Application: The word "each" in Statement I is an extreme that implies 100% inspection, which is generally incorrect for large organizations. Final Logic: Total inspection is impossible; sampling is the solution.
Sample = Saves time.
15 A worker's target is 100 units per week. The manager counts 90 units produced. The identification of this 10-unit gap happens during which conceptual step?
100 is the Standard. 90 is the Actual Performance. Subtracting 90 from 100 to find the 10-unit "gap" is the act of Comparison.
οΏ½οΏ½ The third step of the controlling process is the Comparison of actual performance with standards. In this case, the manager is taking the standard (100) and the measured actual performance (90) and finding the difference (10). This specific act of identifying the deviation is the core of the comparison step.
- Option B β This is when the "100 units" goal was first set.
- Option C β This happens after the gap is found, to figure out why only 90 were made.
- Option D β This is a specialized part of analysis if the cause is outside the firm.
Strategy Used: Contextual/Tonal Matching Application: The act of finding a "gap" is the literal definition of the Comparison step. Final Logic: Standard vs. Actual = Comparison.
Gap = Glance at both (Comparison).
16 Under what condition is the finding of a deviation generally easiest?
Quantitative = Numerical. Numbers are easy to subtract/compare. It eliminates guesswork and subjective arguments.
οΏ½οΏ½ Finding a deviation is easiest when standards are set in precise quantitative terms because the comparison is objective. If a target is "5%" and the result is "7%", the deviation is clearly "2%." If the standard was abstract (e.g., "be better"), it would be difficult to prove exactly how much deviation occurred.
- Option A β Abstract standards lead to confusion and argument.
- Option C β An unstable environment makes results unpredictable and deviations harder to interpret.
- Option D β Ignoring Management by Exception leads to information overload, making it harder to find significant deviations.
Strategy Used: Contextual/Tonal Matching Application: Consistency with previous NCERT logic that quantitative standards are the "Gold Standard" for control. Final Logic: Numbers provide the clearest "Yes/No" or "How Much" answer.
Math makes it Measurable.
17 In a manufacturing unit, a 5% increase in labor cost is treated more urgently than a 15% increase in postal charges. This analytical decision highlights which concept?
Postal charges are a minor expense. Labor costs are a major expense (Critical Point). A small change in a big area matters more than a big change in a small area.
οΏ½οΏ½ Critical Point Control focuses on Key Result Areas (KRAs) that have a significant impact on the organization. Labor cost is usually a major part of total cost in manufacturing; a 5% increase is a "critical" issue. Postal charges are usually minor; even a 15% increase is "insignificant" to the bottom line. Focusing on the critical one is the essence of this concept.
- Option A β This is a measurement method, not a priority-setting principle.
- Option B β Both labor cost and postal charges are quantitative, not qualitative.
- Option C β This scenario is about financial analysis, not employee psychological reactions.
Strategy Used: Contextual/Tonal Matching Application: This is the classic textbook example used in NCERT to explain the importance of focusing on high-impact areas (KRAs). Final Logic: Prioritize the "Critical" over the "Insignificant."
Costly areas = Critical points.
18 Assertion (A): It is vital for a manager to analyze the exact causes behind deviations before taking action.
Reason (R): Deviations may originate from multiple causes such as defective processes, inadequacy of resources, or organizational constraints.
Taking action without knowing the cause is "shooting in the dark." Different causes require different solutions. Reason (R) lists the diverse causes that necessitate the analysis mentioned in (A).
οΏ½οΏ½ Both statements are true and the logic is sound. A manager must analyze the "Why" before the "What" (Assertion) because, as noted in the Reason, a deviation isn't always caused by a lazy employee. It could be a bad machine, a lack of raw materials, or an impossible schedule. Understanding the specific cause is the only way to choose the right corrective action.
- Option B β Incorrect because the diversity of causes (R) is the reason why analysis (A) is mandatory.
- Option C & D β Incorrect because both are accurate representations of the "Analyzing Deviations" step.
Strategy Used: Substitution Application: "Managers must analyze causes because there are many possible causes for a failure." The logic is perfect. Final Logic: Diagnosis must precede the cure.
Diagnose before Directing action.
19 Which of the following is NOT an advantage of taking corrective action based on Critical Point Control and Management by Exception?
CPC and MBE are about "selective" control. They explicitly avoid checking "every minor activity." A, B, and D are all positive efficiency gains from these principles.
οΏ½οΏ½ The entire purpose of Critical Point Control and Management by Exception is to avoid the trap of checking "each and every minor activity." Management believes that "an attempt to control everything results in controlling nothing." Therefore, Statement C describes the very behavior these principles are designed to stop.
- Option A β True; it saves time by ignoring the trivial.
- Option B β True; it highlights the "Exceptions" and "Critical Points."
- Option D β True; managerial talent (a resource) is used where it matters most.
Strategy Used: Odd One Out Application: Options A, B, and D describe "Efficiency/Focus." Option C describes "Micromanagement/Total Control." Final Logic: You cannot focus on the "Critical" if you are checking "Everything."
Exception = Excluding the minor stuff.
20 When deviations in key performance areas cross permissible limits, what must a manager urgently do?
Crossing a limit is a "Red Flag." Key performance areas are the "Critical Points." Action is the final and most necessary stage of control.
οΏ½οΏ½ When a deviation is "Exceptional" (crosses the permissible limit) and occurs in a "Key area," it is a high-priority problem. The manager must Take appropriate improvement action (the final step of the controlling process) to bring the performance back to the standard or prevent the error from happening again.
- Option A β Ignoring significant deviations is a failure of management and will lead to higher long-term costs.
- Option B β Revision is only done if the standard was wrong; if the performance was wrong, we correct the performance.
- Option C β Hiding deviations prevents the organization from fixing systemic issues.
Strategy Used: Contextual/Tonal Matching Application: Matching the "Urgency" of the problem with the "Active" nature of Step 5 in the control process. Final Logic: A significant deviation requires a significant response (Action).
Urgent Gap = Urgent Action.
