At time , an upward (right-side-up) transverse pulse 0.50 m long is centered 1.0 m to…

PHYSICS · Single correct · CBSE · Physics · Waves · Waves

Problem

At time t=0t=0, an upward (right-side-up) transverse pulse 0.50 m long is centered 1.0 m to the left of the boundary between rope A and rope B. Rope A (left side) supports waves at 2.0 m/s, and rope B (right side) supports waves at 1.0 m/s. The pulse moves toward the boundary at x=0x=0. Which option best represents the positions and orientations of the reflected and transmitted pulses at t=1.0t=1.0 s? (a) Reflected pulse: upright, center at x=−1.0 mx=-1.0\text{ m}; Transmitted pulse: upright, center at x=+0.5 mx=+0.5\text{ m}. (b) Reflected pulse: inverted, center at x=−2.0 mx=-2.0\text{ m}; Transmitted pulse: upright, center at x=+1.0 mx=+1.0\text{ m}. (c) Reflected pulse: inverted, center at x=−1.0 mx=-1.0\text{ m}; Transmitted pulse: upright, center at x=+0.5 mx=+0.5\text{ m}. (d) Reflected pulse: inverted, center at x=−1.0 mx=-1.0\text{ m}; Transmitted pulse: upright, center at x=+1.0 mx=+1.0\text{ m}.

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