Management as a Science

Management is commonly understood as both a science and an art. It has a systematic body of concepts and principles that provides organised knowledge, helps analyse situations, and supports consistent decisions; this is its scientific aspect. At the same time, a manager must apply that knowledge creatively according to people, resources, and changing circumstances, which is its art aspect. Therefore option A gives the correct criticism: experience is valuable, but it becomes more reliable when supported by systematic knowledge and principles. The other options wrongly reject principles, skill, or both sources of managerial competence.

Management has principles but results are not fully certain due to human behaviour. In hard questions treat it as a social science.

Management principles give general guidance but results depend on situation. This is a limitation of social science.

Both are true because human behaviour is not fully predictable. So management is not as exact as natural science.

Management principles can be widely useful but their application is flexible. In exams do not treat universality as rigid certainty.

Time study examines how long particular tasks take, while work study analyses the method and conditions under which work is performed. Using these investigations when production declines means that the manager is collecting evidence, identifying possible inefficiencies, and seeking a reasoned corrective action instead of relying on intuition or superstition. Therefore, option A, scientific analysis, is correct. The approach reflects management as a science because it uses observation, measurement, comparison, and logical evaluation. Option B is unrelated to diagnosing production performance. Option C rejects evidence, and option D suggests the absence of a planned method. The studies may not give a perfect answer because human and operating conditions vary, but they make the decision more objective and systematic.

Results in management can change due to human behaviour. Therefore the argument of completely certain results is wrong.

Improvement based on data is a scientific approach. In such questions identify facts and analysis.

The direct answer is B: both the assertion and the reason are true, and the reason supports the assertion. A body of principles means that management contains connected general guidelines about planning, organising, staffing, directing, and controlling. These principles did not appear without evidence; they were developed and refined through observation, experience, and study of managerial situations. Therefore the fact that experience and observation produced principles explains why management has an organised body of knowledge. A is wrong because the reason is true. C is wrong because the assertion is true. D is wrong because both statements are true. The exact assertion-reason method is: check each statement separately, then ask whether the reason explains the assertion; here it does.

There can be a logical relation between training and errors. Cause-effect relation is a sign of scientific nature.

Management is linked with humans and social environment. So experiments cannot be as controlled as in natural science.

Management is linked with human groups and organisations. Therefore it is a social science not a pure natural science.

Studying absenteeism data and classifying its causes is a structured analytical activity. The manager is not treating all absences as identical; instead, the data may be separated into categories such as illness, personal reasons, transport difficulties, workplace conditions, or other relevant factors. This classification helps reveal patterns, compare their frequency, and design a more suitable response. Hence, option A is correct and demonstrates the scientific side of management through data collection, organisation, and interpretation. Option B focuses on fear rather than diagnosis. Option C has no connection with analysing attendance, while option D ignores the evidence entirely. The conclusion remains careful because data support a better decision but do not make human behaviour perfectly predictable.

Both are false because management principles are flexible and human behaviour can change. Understand universality as general usefulness.

Testing break timings checks a principle in a real situation. It shows the scientific nature of management.

Completely certain results may be a feature of natural science. In management results change due to human behaviour.

The direct answer is Option A: use of facts and evidence. A scientific approach requires reliable information, observation, analysis and a reasoned conclusion. If a manager hears a rumour, the proper steps are to verify it, collect relevant records or feedback, analyse the evidence, consider alternatives and then change the work method if the evidence supports that decision. Option A is correct because acting only on a rumour skips verification and evidence. Option B is wrong because workplace cleanliness may be desirable but it is not the scientific condition being violated here. Option C is wrong because the number of employees does not describe the required basis for this decision. Option D is wrong because the organisation’s name has no connection with scientific reasoning. The common mistake is to confuse any workplace feature with a scientific condition. Remember: rumour is a claim; evidence is what makes a decision reliable.

The direct answer is A: systematic knowledge is best shown by studying principles connected with planning, organising, directing, and controlling. Systematic knowledge is arranged knowledge: ideas are related, classified, and used for a purpose. Management functions form an organised framework, and principles explain how managers can perform those functions. A is correct because it refers to the structured study of management concepts and functions. B is wrong because office decoration does not show organised managerial knowledge. C is wrong because the number of files measures paperwork, not understanding. D is wrong because remembering names may help personal relations but does not prove a body of principles. The reasoning chain is: functions are identified, principles are developed and studied, and those principles guide practice. Memory cue: system means connected ideas, not merely many objects.

Both are true because systematic principles are a major base of science. Such knowledge is also found in management.

The direct answer is Option A: applying the principle and comparing the results. A better test requires more than merely hearing about a principle. The manager should understand the principle, apply it in a real situation, record relevant outcomes, compare those outcomes with a suitable standard or earlier results, and draw a conclusion based on evidence. Option A is correct because comparison shows whether performance improved, declined or stayed unchanged. Option B is wrong because a principle that is never studied cannot be understood or tested. Option C is wrong because hiding facts makes verification impossible and may create a false conclusion. Option D is wrong because a conclusion without reason is only a guess, not a scientific assessment. Results can still vary with context, so comparison should be fair and the situation should be considered. Memory cue: apply, measure, compare, conclude.

Scientific approach investigates causes. To understand different results study data and situation.

In social science people and environment affect results. Therefore certainty in management is limited.

Systematic principles are the scientific strength of management. Human behaviour and control difficulty are its limitations.

Checking each cause one by one is a scientific and systematic method. It shows the role of analysis in management.

Verifiability means checking principles through experience or practice. In management this is possible in a limited but useful way.