Nature of Mathematics

Nature of Mathematics/Logical thinking: Understanding Children thinking and reasoning

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Introduction

Mathematics occupies a central place in school education and human intellectual development. According to NCFSE 2023, mathematics is not merely a subject of numbers and calculations; it is a powerful way of understanding the world through patterns, measurements, quantities, and logical reasoning. It plays a vital role in shaping a learner’s thinking, reasoning ability, and problem-solving skills.


Nature of Mathematics

Mathematics is a universal discipline that is deeply rooted in human nature. It finds an important place in school education and is taught as a compulsory subject at the elementary stage, continuing up to the secondary level.

Although many learners perceive mathematics as a difficult subject that creates fear, stress, and anxiety, research and educational experience suggest that this fear is largely a result of ineffective teaching methods, not the subject itself. A stress-free and activity-based classroom environment can make mathematics enjoyable and meaningful.

Mathematics helps learners:

  • Quantify ideas with precision
  • Use spatial and numerical concepts in daily life
  • Develop accuracy and clarity in thinking

It is widely used as an essential tool in various fields such as natural sciences, engineering, medicine, social sciences, economics, and technology.

Beyond practical utility, mathematics nurtures logical reasoning, abstract thinking, imagination, and creativity. Due to these qualities, mathematics holds a permanent and indispensable position in the school curriculum.

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Mathematics in the View of NCFSE 2023

According to NCFSE 2023, mathematics is a structured way of making sense of the world through:

  • Patterns
  • Measurements
  • Quantities
  • Logical relationships

It encourages learners to observe, generalize, and apply ideas in real-life situations.


What is Mathematics?

The term “Mathematics” is derived from the Greek word “Mathema”, which means science or knowledge.

According to the Oxford Dictionary, mathematics is the science of space, numbers, and quantity.

Mathematics can also be understood as:

  • A method of inquiry
  • The study of measurements, patterns, and symmetry
  • A discipline that goes beyond calculations and formulas
What is Mathematics?

While many people think mathematics is only about calculations, in reality, it is a science of reasoning that strengthens the human brain.


Important Definitions of Mathematics

Definitions of Mathematics

Various scholars have defined mathematics from different perspectives:

Locke stated that mathematics is the way through which human reasoning becomes established.

Gauss described mathematics as the queen of all sciences, highlighting its foundational role.

Bell considered mathematics as the servant of science, supporting scientific discoveries.

Gibbs defined mathematics as a language, expressing ideas clearly and precisely.

Bacon said mathematics is the key to all sciences, opening the door to systematic knowledge.

Kant believed that a natural science remains incomplete until it becomes mathematical in form.

Comte emphasized that scientific knowledge that does not progress through mathematics remains imperfect at its foundation.


Key Characteristics of Mathematics

Mathematics has its own unique language, which includes symbols, formulas, principles, and concepts that are universally accepted.

Its knowledge remains the same everywhere in the world, irrespective of culture or region.

Mathematics is an exact science, and its knowledge is always clear, logical, systematic, and precise.

It involves both inductive and deductive reasoning, enabling learners to generalize propositions and draw valid conclusions.

Mathematical learning progresses from the concrete to the abstract and again from abstract to concrete, helping learners gain knowledge in a tangible and meaningful form.


Educational Value of Mathematics

Learning mathematics helps in:

  • Developing intelligence and reasoning ability
  • Building self-confidence
  • Strengthening problem-solving skills
  • Enhancing logical and analytical thinking

Thus, mathematics is not only a subject of study but also a powerful tool for mental discipline and intellectual growth.

CTET Mathematics Pedagogy MCQs

CTET Mathematics Pedagogy – Application Based MCQs

1. A teacher encourages students to explain how they arrived at an answer rather than focusing only on the final result. This approach reflects mathematics as:
A. A science of calculation
B. A method of inquiry
C. A fixed body of formulas
D. Mechanical practice
Correct Answer: B
Explanation: Mathematics is a method of inquiry where reasoning and thinking processes are emphasized, not just answers.
2. When a student applies the same mathematical concept correctly in different real-life situations, it highlights which nature of mathematics?
A. Subjective knowledge
B. Culture-bound knowledge
C. Universal knowledge
D. Approximate knowledge
Correct Answer: C
Explanation: Mathematical knowledge remains the same everywhere and can be applied universally.
3. A teacher uses blocks and diagrams to explain algebraic expressions. This practice supports which principle?
A. Abstract to abstract
B. Rote learning
C. Concrete to abstract and back to concrete
D. Memorization of formulas
Correct Answer: C
Explanation: Mathematics involves converting abstract concepts into concrete forms for better understanding.
4. According to Gauss, mathematics is essential because it:
A. Is useful only in calculations
B. Serves as entertainment
C. Forms the foundation of all sciences
D. Is limited to classrooms

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