A particle undergoes a uniformly accelerated motion on which flashes a strobe every 0.5 seconds. It took one minute to cover the full observation, and the distances travelled during first 0.5 s and the last 0.5 s of observation was 5 m and 241 m respectively. Determine: a) the acceleration of the particle; b) the total distance travelled during the full observation; c) velocities of the particle at the beginning and at the end of observation respectively; the total distance the particle is expected to travel between the 5th and the 10th minutes.
A particle undergoes a uniformly accelerated motion on which flashes a strobe every 0.5 seconds. It took one minute to cover the full observation, and the distances travelled during first 0.5 s and the last 0.5 s of observation was 5 m and 241 m respectively. Determine: a) the acceleration of the particle; b) the total distance travelled during the full observation; c) velocities of the particle at the beginning and at the end of observation respectively; the total distance the particle is expected to travel between the 5th and the 10th minutes.
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A particle undergoes a uniformly accelerated motion on which flashes a strobe every 0.5 seconds. It took one minute to cover the full observation, and the distances travelled during first 0.5 s and the last 0.5 s of observation was 5 m and 241 m respectively. Determine:
a) the acceleration of the particle;
b) the total distance travelled during the full observation;
c) velocities of the particle at the beginning and at the end of observation respectively; the total distance the particle is expected to travel between the 5th and the 10th minutes.
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