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3. A particle moves with a constant tangential acceleration along the circular path shown. If the particle has a speed of 34 ft/sec at A at time and a speed of 56 ft/sec at B at time, determine the resultant acceleration in ft/s2 of the particle at B.

3. A particle moves with a constant tangential acceleration along the circular path shown. If the particle has a speed of 34 ft/sec at A at time and a speed of 56 ft/sec at B at time, determine the resultant acceleration in ft/s2 of the particle at B.

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Note: The answer must be in four decimal places

3. A particle moves with a constant tangential acceleration along the circular path shown. If the particle has a speed of 34 ft/sec at A at time and a speed of 56 ft/sec at B at time, determine the resultant acceleration in ft/s? of the particle at B. 26° tp 3.84 sec 36° A ta =3.64 sec
Transcribed Image Text:3. A particle moves with a constant tangential acceleration along the circular path shown. If the particle has a speed of 34 ft/sec at A at time and a speed of 56 ft/sec at B at time, determine the resultant acceleration in ft/s? of the particle at B. 26° tp 3.84 sec 36° A ta =3.64 sec
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