Anil Ahlawat Solutions for Chapter: Force and Pressure, Exercise 1: EXERCISES

Author:Anil Ahlawat

Anil Ahlawat Science Solutions for Exercise - Anil Ahlawat Solutions for Chapter: Force and Pressure, Exercise 1: EXERCISES

Attempt the practice questions on Chapter 10: Force and Pressure, Exercise 1: EXERCISES with hints and solutions to strengthen your understanding. NSO Science Olympiad Workbook Grade 8 solutions are prepared by Experienced Embibe Experts.

Questions from Anil Ahlawat Solutions for Chapter: Force and Pressure, Exercise 1: EXERCISES with Hints & Solutions

EASY
8th Foundation
IMPORTANT

Jay and Puneet go to the amusement park to play the pin ball game. The figure shows the extent to which each of them pulls the striker. Which one of the following statements is correct?

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EASY
8th Foundation
IMPORTANT

Does a falling body accelerate? Why?

EASY
8th Foundation
IMPORTANT

A boy set up an experiment as shown in the diagram. As he slides the magnet across the wooden board, the ball bearing followed the magnet's movement and direction. What does the experiment show?

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(i) Magnetic force can be seen due to friction between ball bearing and wooden board.
(ii) Friction and gravity help to move the ball bearing.
(iii) The ball bearing is made of a magnetic substance.
(iv) Magnetic force can pass through the wooden board.

EASY
8th Foundation
IMPORTANT

A sharp knife enable us to cut through things more easily as compare to a blunt knife because

EASY
8th Foundation
IMPORTANT

The given figures show the forces required to move a 100 g object over different surfaces. The friction is greatest at

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EASY
8th Foundation
IMPORTANT

Which of the following objects exerts the maximum pressure on the floor? (All objects have same mass).

EASY
8th Foundation
IMPORTANT

A block of mass 10 kg is suspended through two light spring balances as shown in figure. Then:

(Neglect the mass of spring balance)

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EASY
8th Foundation
IMPORTANT

Three identical vessels A, B and C contain same quantity of liquid. In each vessel, blocks with different densities but same masses are placed as shown in figure. If FA, FB and FC are the total forces acting on the base of vessels A, B and C respectively, then

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