A car that is travelling at 25 m/s for 12 seconds until the speed of 58 m/s. Calculate the acceleration of
the car.
Answers
Answer:
copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)
Explanation:
copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubitej
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)
copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)copper block of 3. 1 kg is heated in a
furnace form 20°C to 520 °C and then
placed on
thick ice block. Coloubite
Specific heat of copper it mass of
ice molted is 1.8kg. Griven: latent
heat of fusion of ice = 333kJ Kg)
Answer:
A uniform plane wave at a frequency of
IGHz in travelling
in a large block of Teflon.
determine gamma