Management as a Science

Management has systematic knowledge but results can change due to human behaviour. So understand it as a social science.

Studying past results is fact-based analysis. In science-based questions data and analysis are important clues.

Both are true because management principles are not rigid formulas. Their application changes according to the situation.

Management works in a real social environment. So verification is possible but not as controlled as pure science.

Checking many possible causes in order is a scientific approach. It makes the decision more logical.

Results are not completely certain in management due to human behaviour. Do not treat it as pure science like mathematics.

Principles observation analysis and verification are main signs of science. They are found in management in a limited way.

Both are false because humans are involved in management and controlled experiments are difficult. This is its scientific limitation.

The direct answer is B: measuring employee errors after training is verification and an attempt to check a cause-and-effect relationship. The manager has a possible cause, namely training, and an observable outcome, namely the number of errors. The manager can record errors before training, provide the training, measure errors afterward, and compare the figures. A fall in errors may suggest that training helped, although other influences should also be considered before claiming complete causation. Option A, only decoration, is unrelated because measurement is being used to assess performance. Option B is correct because it uses evidence to verify an outcome and investigate whether training affected errors. Option C, complete guesswork, is wrong because counting errors is measurement, not guessing. Option D, distance from principles, is wrong because observation and verification are central to scientific management. The careful conclusion is that measurement provides evidence, not automatic absolute proof. Memory cue: measure the result to test whether the action made a difference.

Scientific approach is based on evidence and facts. Guessing without evidence can lead to wrong decisions.

Results of the same cause can change due to human behaviour and environment. This is a limitation of management science.

Comparing standard and actual performance is part of analysis and control. It shows scientific management thinking.

Systematic principles support the scientific nature of management. Human behaviour limits its certainty.

The assertion is true because scientific decision-making in management relies on available facts, data and their logical analysis. The reason is false because rumours are neither verified nor reliable evidence and therefore cannot form the basis of a scientific decision. Exam tip: In assertion-reason questions, test the truth of the reason separately from the assertion.

Management combines knowledge with the ability to use that knowledge. Its scientific side provides tested ideas, concepts and principles that explain how planning, organising, directing and controlling can be performed. Its artistic side appears when a manager applies those ideas in a practical setting. Application requires judgement, experience, communication and adjustment because every organisation and employee group is different.

Option A is correct: systematic knowledge supplies the principles, while art turns them into suitable action. Knowing a principle alone does not guarantee success, so option B is wrong. Art does not destroy knowledge; it depends on knowledge, making option C incorrect. The two sides are closely connected, so option D is also wrong. Effective management needs both understanding and skilful application.

Experience is useful but current facts are also necessary in scientific approach. Past experience alone is not enough.

Management principles are general guidelines not rigid formulas. Their result can be affected by people and situation.

Comparing time saved and quality after introducing a new work method is verification and review of results. A scientific approach to management examines the usefulness of a method through observation, testing, and measurable outcomes. A decision based on guesswork would not involve such evidence-based comparison. Exam tip: If the effect of a new method is measured and assessed, look for verification or evaluation of results.

The direct answer is B: universality in management does not mean that every organisation will get exactly the same result, because organisational environments may differ. Management principles have broad usefulness: planning, coordination, motivation, and control can be relevant in many kinds of organisations. However, the way a principle is applied must consider size, culture, technology, employees, resources, laws, competition, and market conditions. Option B correctly explains why application and results may vary. Option A is wrong because principles are not useless; their broad usefulness is the meaning of universality. Option C is wrong because management principles have been developed through knowledge and experience. Option D is wrong because organisations do have objectives, even if their objectives differ. Thus universality means general applicability, not mechanical uniformity or identical outcomes. A manager should use a principle intelligently and adapt it to the situation. Memory cue: same principle, different situation, adjusted application.

Both are true because usefulness of a principle can be checked by observing results. This is part of scientific nature.

Scientific method starts with problem identification and fact collection. Solution comes after analysis.

The direct answer is A: observation helps understand real behaviour and results. Observation means carefully noticing and recording what people actually do and what outcomes occur, instead of relying only on assumptions. A manager may observe how employees use a process, how customers respond to service, or how output changes after a policy. The steps are to watch systematically, record relevant facts, compare the facts with expectations, and use the findings for a better decision. Option A is correct because observation connects management ideas with real workplace behaviour and results. Option B is wrong because observation does not automatically end principles; it may test, refine, or support them. Option C is wrong because observation can improve decisions and need not stop them. Option D is wrong because observation is about evidence, not decoration. The useful cue is: scientific management begins by seeing reality clearly before explaining or changing it.

Employee cooperation is a human element that can change results. This shows the social science nature of management.

Management has systematic knowledge so this limitation is wrong. The correct limitation is linked with human behaviour and social situation.

By examining both employee-satisfaction survey results and production records, the manager is analysing relationships on the basis of evidence. This reflects objective and systematic analysis of data, a scientific approach to management. A conclusion based on only one record would be less reliable because it may ignore other relevant factors. Exam tip: Management as a science relies on systematic observation and facts rather than mere guesswork.