266479 For the given combination of gates, if the logic states of inputs A, B, C are as follows A = B = C $=0$ and $A=B=1,C=0$ then the logic states of output Dare

266481 If two bodies are projected at ${30}^{\circ }$ and ${60}^{\circ }$ respectively, with the same velocity, then

266482 In a stationary wave along a string, the strain is

266479 For the given combination of gates, if the logic states of inputs A, B, C are as follows A = B = C $=0$ and $A=B=1,C=0$ then the logic states of output Dare

266480 The electric potential at the surface of a charged solid sphere of insulator is 20 V . The value of electric potential at its centre will be:

266481 If two bodies are projected at ${30}^{\circ }$ and ${60}^{\circ }$ respectively, with the same velocity, then

266482 In a stationary wave along a string, the strain is

266479 For the given combination of gates, if the logic states of inputs A, B, C are as follows A = B = C $=0$ and $A=B=1,C=0$ then the logic states of output Dare

266480 The electric potential at the surface of a charged solid sphere of insulator is 20 V . The value of electric potential at its centre will be:

266481 If two bodies are projected at ${30}^{\circ }$ and ${60}^{\circ }$ respectively, with the same velocity, then

266482 In a stationary wave along a string, the strain is

266479 For the given combination of gates, if the logic states of inputs A, B, C are as follows A = B = C $=0$ and $A=B=1,C=0$ then the logic states of output Dare

266480 The electric potential at the surface of a charged solid sphere of insulator is 20 V . The value of electric potential at its centre will be:

266481 If two bodies are projected at ${30}^{\circ }$ and ${60}^{\circ }$ respectively, with the same velocity, then

266482 In a stationary wave along a string, the strain is