“The act of combining separate parts”. This method is called

Correct option is B

S. Ans. (b)

Solution:
The Synthetic Method refers to "the act of combining separate parts" to form a whole. In education, particularly in mathematics and science, the synthetic method is used to combine different elements or concepts to reach a unified understanding or conclusion.

For example, in mathematics, if you are solving equations or building concepts step-by-step to arrive at the final solution, you are using the synthetic method. Similarly, in problem-solving, it involves combining data or observations into a coherent solution or theory.

Information Booster:

1. Analytic Method (a):

   • Involves breaking down a concept or problem into smaller parts to understand each component individually.
   • Example: Solving a problem by analyzing its components step-by-step.

2. Synthetic Method (b):

   • Combines individual parts to form a unified whole.
   • Example: Building a mathematical formula by combining smaller equations or concepts.

3. Laboratory Method (c):

   • Involves hands-on learning through experiments conducted in a controlled environment.
   • Example: Conducting chemical reactions in a lab to understand scientific principles.

4. Project Method (d):

   • Focuses on problem-solving through real-life projects and practical applications.
   • Example: Creating a working model of a windmill to understand energy conversion.

Additional Information:

• The Synthetic Method is useful in subjects like mathematics, where combining known results leads to the solution of new problems.
• The Analytic Method is often used in research and critical thinking to break down complex ideas.
• The Laboratory Method emphasizes experiential learning and hands-on experimentation.
• The Project Method integrates multiple skills and promotes collaboration and real-world application.

Key Points to Remember:

• Synthetic Method: Combining parts → Whole.
• Analytic Method: Whole → Breaking into parts.
• Laboratory Method: Practical experiments.
• Project Method: Real-life applications.