Home
Class 8
PHYSICS
A sphere of radius 1.4 m weighs 500 kg. ...

A sphere of radius 1.4 m weighs 500 kg. The sphere

A

Sinks in a water

B

Floats in water

C

Some times sinks and sometimes floats in water

D

We can't say.

Text Solution

AI Generated Solution

Promotional Banner

Similar Questions

Explore conceptually related problems

A sphere of diameter 10cm weighs 4.4kg .The weight of a sphere of the same material whose diameter is 6cm weighs

The electric flux over a sphere of radius 1m is phi .If radius of the sphere were doubled without changing the charge enclosed ,electric flux would become

A sphere of radius 6cm is melted and recast into spheres of radius 2cm each. How many such spheres can be made?

Two solid spheres of radius 10 cm and masses 800 kg and 600 kg, are at a distance 0.25 m apart. Calculate distance 0.20 m from the 800 kg sphere and 0.1 m from the 600 kg sphere and does not lie on the line joining their centres. Given, G = 6.6 xx 10^(-11) N-m^(2) kg^(-2) .

In Fig a sphere of radius 2 m rolls on a plank. The accelerations of the sphere and the plank are indicated. The value of alpha is

A sphere of radius 10cm and density 500kg//m^(3) is under water of density 1000kg//m^(3) The acceleration of the sphere is 9.80m//s^(2) upward viscosity of water is 1.0 centipoise if g=9.81m//s^(2) the velocity of the sphere is

A sphere of radius 0.03m is suspended within a hollow sphere of radius 0.05m . If the inner sphere is charged to a potential of 1500 volt and outer sphere is earthed. Find the capacitance and the charge of the inner sphere.

A sphere with radius 10 cm is radiating 500 W power at 700 K. Calculate the power radiated if radius of sphere is doubled and temperature is halved.

A hollow sphere of radius 1m is given a positive charge of 10µC. The electric field at the centre of hollow sphere will be :

In the following figure, a sphere of radius 3m rolls on a plank. The accelerations of the sphere and the plank. The accelerations of the sphere and the plank are indicated. The value of alpha is