Home
Class 10
PHYSICS
Define the term centre of gravity of a b...

Define the term centre of gravity of a body?

Text Solution

AI Generated Solution

**Step-by-Step Solution:** 1. **Definition of Center of Gravity**: The center of gravity of a body is defined as the point at which the entire weight of the body can be considered to act. It is the average location of the weight distribution of the object. 2. **Calculation of Center of Gravity**: To calculate the center of gravity, you take the sum of the moments of all the weight components of the object about a reference point (origin) and divide that by the total weight of the object. - **Moment**: The moment is calculated as the product of the weight of a component and its distance from the reference point. ...
Promotional Banner

Topper's Solved these Questions

  • FORCE

    ICSE|Exercise EXERCISE 1(B) Multiple choice questions|2 Videos
  • FORCE

    ICSE|Exercise EXERCISE 1(C )|14 Videos
  • FORCE

    ICSE|Exercise EXERCISE 1(A) Numericals|18 Videos
  • ELECTRO-MAGNETISM

    ICSE|Exercise EXERCISE-10 (C) NUMERICALS |1 Videos
  • HOUSEHOLD CIRCUITS

    ICSE|Exercise EXERCISE -9(B) (MULTIPLE CHOICE TYPE)|2 Videos

Similar Questions

Explore conceptually related problems

Define the term heat.

Define the centre of gravity of a homogenous rigid body.

The centre of mass of a body

Define the terms: cation

Define the term density.

Name the factor affecting the Centre of gravity of a body.

What is the centre of buoyancy? State its position for a floating body with respect to the centre of gravity of the body.

Assertion: The centre of gravity of a body coincides with its centre of mass only if the gravitational field does not vary form one part of the body to the other. Reason: Centre of gravity is independent of the gravitational field.

The position of the centre of gravity of a body remains unchanged even when the body is deformed'. State whether the statement is true or false.

State whether the following statement are true or false? (i) The position of the centre of gravity of a body remains unchanged even when the body is deformed (ii) The centre of gravity of a freely suspended body always lies vertically below the point of suspension.