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(English Medium) ICSE Class 9 - CISCE Question Bank Solutions for Physics

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Physics
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A cricket ball of mass 500 g moving at a speed of 30 ms 1 is brought to rest by a player in 0.03 s. Find the average force applied by the player.

[3] Laws of Motion
Chapter: [3] Laws of Motion
Concept: undefined >> undefined

A body weighs 300 gf in air and 280 gf when completely immersed in water. Calculate:
(i) The loss in weight of the body,
(ii) The upthrust on the body.

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

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A metal cube of 5 cm edge and density 9 g cm-3 is suspended by a thread so as to be completely immersed in a liquid of density 1.2 g cm-3. Find the tension in the thread. (Take g = 10 ms-2).
[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined
When a piece of wood is suspended from the hook of a spring balance, it reads 90 gf. The wood is now lowered into the water. What reading do you expect on the scale of the spring balance?
[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined
An iron ball of mass 600 g is dropped in mercury contained in a beaker. Will the ball float or sink? What will be its apparent weight?
[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined
Is the density of a body the same as its relative density?
[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

Write the SI units of Density

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

Write the SI units of Weight of a body

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

Write the SI units of Relative density

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

An iron nail sinks in the water while an iron ship floats on water. Explain the reason.
What can you say about the average density of a ship floating on water?

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

If 2/3rds of a piece of wood submerges in water and 3/4ths of the same piece of wood submerges in oil. Find the density of the oil.

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

A wooden cube of side 10 cm has a mass of 700 g. It will float in the water with:
(a) Half of its volume inside the water
(b) 3 cm height above the water surface
(c) 7 cm height above the water surface
(d) Just inside the water surface.

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined
How does the density of water change with temperature?
[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

Complete the following result:

Mass = _______ × density

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

Complete the following result:

S.l. unit of density is _________

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

Complete the following result:

The density of water is ______ Kgm-3.

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

Complete the following result:

Density in kg m-3 = ______ x density in g cm-3

[4.2] Buoyancy, Upthrust
Chapter: [4.2] Buoyancy, Upthrust
Concept: undefined >> undefined

The wavelength of light of a particular colour is 5800 Å.
Express it in nanometre.

[1] Measurements and Experimentation
Chapter: [1] Measurements and Experimentation
Concept: undefined >> undefined

The wavelength of light of a particular colour is 5800 Å.
Express it in metre.

[1] Measurements and Experimentation
Chapter: [1] Measurements and Experimentation
Concept: undefined >> undefined

The size of bacteria is 1 µ. Find the number of bacteria present in 1 m length.

[1] Measurements and Experimentation
Chapter: [1] Measurements and Experimentation
Concept: undefined >> undefined
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