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anonymous
 5 years ago
A particle was moving along a straight line with initial velocity v(0) = −8 ft/s
and acceleration a(t) = 6t − 2 ft/s2, where t >= 0. Find:
(a) the velocity v(t) of the particle at time t >= 0.
(b) the displacement and distance traveled during the first four seconds.
A particle was moving along a straight line with initial velocity v(0) = −8 ft/s
and acceleration a(t) = 6t − 2 ft/s2, where t >= 0. Find:
(a) the velocity v(t) of the particle at time t >= 0.
(b) the displacement and distance traveled during the first four seconds.
A particle was moving along a straight line with initial veloc
anonymous
 5 years ago
A particle was moving along a straight line with initial velocity v(0) = −8 ft/s and acceleration a(t) = 6t − 2 ft/s2, where t >= 0. Find: (a) the velocity v(t) of the particle at time t >= 0. (b) the displacement and distance traveled during the first four seconds. A particle was moving along a straight line with initial velocity v(0) = −8 ft/s and acceleration a(t) = 6t − 2 ft/s2, where t >= 0. Find: (a) the velocity v(t) of the particle at time t >= 0. (b) the displacement and distance traveled during the first four seconds. A particle was moving along a straight line with initial veloc

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