A body executes SHM of period `3s` under the influence of one force, and SHM of period `4s` under the influence of a second force. When both the forces act simultaneously in the same direction, the period of oscillation will be

A body executes SHM under the influence of one force and has a period T_1 seconds and the same body executes SHM with period T_2 seconds when under the influence of another force. When both forces act simultaneously and in the same direction, then the time period of the same body (in seconds) is:

A body executes SHM under the influence of one force and has a period T_1 seconds and the same body executes SHM with period T_2 seconds when under the influence of another force. When both forces act simultaneously and in the same direction, then the time period of the same body (in seconds) is:

A body executes SHM under the influence to one force and has time period .T_(1). seconds and the same body executes SHM with period .T_(2). seconds when under the influence of another force. When both forces act simultaneously and in the same direction then the time period of the same body is

A body has a time period (4/5) s under the action of one force and (3/5) s under the action of another force. Then time period when both the forces are acting in the same direction simultaneously will be

A body has a time period T_(1) under the action of one force and T_(2) under the action of another force, the square of the time period when both the forces are acting in the same direction is

A body has a time period (4/5) s under the action of one force and (3/5) s under the action of another force. Then time period when both the forces are acting in the opposite direction simultaneously will be