The figure shows at time t = 0 second, a rectangular and triangular pulse on a uniform wire are approaching each other. The pulse speed is 0.5 cm/s. The resultant pulse at t = 2 second is

Question

The figure shows at time t = 0 second, a rectangular and triangular pulse on a uniform wire are approaching each other. The pulse speed is 0.5 cm/s. The resultant pulse at t = 2 second is (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

At t=2 second, the position of both pulses are separately given by figure-(a) and figure-(b); the superposition of both pulses is given by figure-(c). <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/aa6deb56748cde6d4d42c87ef02eafea-.png" />

Q. The figure shows at time $t = 0$ second, a rectangular and triangular pulse on a uniform wire are approaching each other. The pulse speed is $0.5 c m / s$ . The resultant pulse at $t = 2$ second is

At $t = 2$ second, the position of both pulses are separately given by figure-(a) and figure-(b); the superposition of both pulses is given by figure-(c).

Q. The figure shows at time t=0 second, a rectangular and triangular pulse on a uniform wire are approaching each other. The pulse speed is 0.5cm/s. The resultant pulse at t=2 second is

At t=2 second, the position of both pulses are separately given by figure-(a) and figure-(b); the superposition of both pulses is given by figure-(c).

Q. The figure shows at time $t = 0$ second, a rectangular and triangular pulse on a uniform wire are approaching each other. The pulse speed is $0.5 c m / s$ . The resultant pulse at $t = 2$ second is

At $t = 2$ second, the position of both pulses are separately given by figure-(a) and figure-(b); the superposition of both pulses is given by figure-(c).