Observe the movement of the pendulum in the given figure. If its PE at A is 90J, how much and what type of energy will it at O and B.

What type of defects are represented by given figure ?

What type of inflorescence does the given figure show ?

The figure below shows a simple pendulum of mass 200 g. It is displaced from the mean position A to the extreme position B. The potential energy at the position A is zero. At the position B the pendulum bob is raised by 5 m. (i) What is the potential energy of the pendulum at the position B? (ii) What is the total mechanical energy at point C? (iii) What is the speed of the bob at the position A when released from B ? (Take g = 10ms^(-2) and there is no loss of energy.)

What is the magnitude of energy at T_2 and T_3 level in the given figure ?

In the given figure an ideal gas changes its state from A to state C by two paths ABC and AC . (i) Find the path along which work done is the least. (ii) The internal energy of gas at A and B is 10J and 20 J respectively amount of heat supplied to change its state to C through the path AC is 200J . Calculate the internal energy at C . (iii) How much is the heat involved in the process ABC and ADC ?

observed given figure and identify with name and labelled A and B .

The given figure shown a change of state A to state C by two paths ABC and AC for an ideal gas. Calculate the : (a) Path along which work done is least. (b) Internal energy at C if the internal energy of gas at A is 10 J and amount of heat supplied to change its state to C through the path AC is 200 J . (c) Amount of heat supplied ot the gas to go from A to B, if internal energy of gas at state B is 10 J .

The given figure shows a change of state A to state C by two paths ABC and AC for an ideal gas. Calculate. a. The path along which work done is least. b. The internal energy at C if the internal energy of gas at A is 10J and amount of heat supplied to change its state to C through the path AC is 200J . c. The amount of heat supplied to the gas to go from A to B , if internal energy of gas at state B is 10J .

In the given figure, an ideal gas changes it state from A to state C by two paths ABC and AC . (i) Find the path along which work done is the least. (ii) The internal energy of the gas at A to 10J and the amount of heat supplied to change its state to C through the path AC is 200J . Calculate the internal energy at C . (iii) The internal energy of the gas at state B is 30J . Find the amount of heat supplied to the gas to go from A to B .