Problem 3. The train on the circular track travels with the constant speed indicated, while the train on the straight track travels at 25 ft/s, and is increasing said speed at a rate of 2.3 ft/s2. With the coordinate system fixed to Earth, determine: a) What is the relative velocity of passenger A with respect to passenger B? b) What is the relative acceleration of passenger A with respect to passenger B? cto 500 ft- V3 = 65 movement ICH X VA-25 ft/s
Problem 3. The train on the circular track travels with the constant speed indicated, while the train on the straight track travels at 25 ft/s, and is increasing said speed at a rate of 2.3 ft/s2. With the coordinate system fixed to Earth, determine: a) What is the relative velocity of passenger A with respect to passenger B? b) What is the relative acceleration of passenger A with respect to passenger B? cto 500 ft- V3 = 65 movement ICH X VA-25 ft/s
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Transcribed Image Text:Problem 3. The train on the circular track travels with the
constant speed indicated, while the train on the straight track
travels at 25 ft/s, and is increasing said speed at a rate of 2.3
ft/s2
With the coordinate system fixed to Earth, determine:
a) What is the relative velocity of passenger A with respect to
passenger B?
b) What is the relative acceleration of passenger A with respect
to passenger B?
cto
O
500 ft-
VB = 65 ft
movement
UCH
VA-25 ft/s
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