An ice cube of size a=50cm is floating in a tank (base area A=2m×2m) partially filled with water. density of water is 1000kgkg/m^-3
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An ice cube of side 1 cm is floating at the interface of kerosene and water in a beaker of base area 10cm^2 . The level of kerosene is just covering the top surface of the ice cube. a. Find the depth of submergence in the kerosene and that in the water. b. Find the change in the total level of the liquid when the whole ice melts into water.
28
Aug
An ice cube of side 1 cm is floating at the interface of kerosene and water in a beaker of base area 10cm^2 . The level of kerosene is just covering the top surface of the ice cube. a. Find the depth of submergence in the kerosene and that in the water. b. Find the [...]
a cubical, wooden block has side a=30cm. it is floating in a rectangular tank partially filled with water and having base area A= 45cm x 60cm. calculate the work done to press the block slowely so that it is just immersed in water. (p block = 500kg m^-3 , p water = 1000kg m^-3)
28
Aug
a cubical, wooden block has side a=30cm. it is floating in a rectangular tank partially filled with water and having base area A= 45cm x 60cm. calculate the work done to press the block slowely so that it is just immersed in water. (p block = 500kg m^-3 , p water = 1000kg m^-3) a [...]
An ice cube of size l = 50 cm is floating in a tank (base area A = 2 m × 2 m) partially filled with water. density of water is 1000 kg/m^-3, when ice melts completely is (density of ice is 900 kg/m^-3). calculate increase in gravitational potiential energy.
28
Aug
An ice cube of size l = 50 cm is floating in a tank (base area A = 2 m × 2 m) partially filled with water. density of water is 1000 kg/m^-3, when ice melts completely is (density of ice is 900 kg/m^-3). calculate increase in gravitational potiential energy. An ice cube of size [...]