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2. Suppose you know that the acceleration of a particle is a(t) = e2t - 5 meters per second squared, and you know that the particle "starts from rest (i.e., its initial velocity v(0) is equal to zero). How far is the particle from its starting point, and which way is it moving 2 seconds later? a (1) = er - 5

2. Suppose you know that the acceleration of a particle is a(t) = e2t - 5 meters per second squared, and you know that the particle "starts from rest (i.e., its initial velocity v(0) is equal to zero). How far is the particle from its starting point, and which way is it moving 2 seconds later? a (1) = er - 5

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2. Suppose you know that the acceleration of a particle is a(t) = e2t- 5 meters per second squared, and you know that the particle "starts from rest" (i.e., its initial velocity v(0) is equal to zero). How far is the particle from its starting point, and which way is it moving 2 seconds later? a (1) = et - 5
Transcribed Image Text:2. Suppose you know that the acceleration of a particle is a(t) = e2t- 5 meters per second squared, and you know that the particle "starts from rest" (i.e., its initial velocity v(0) is equal to zero). How far is the particle from its starting point, and which way is it moving 2 seconds later? a (1) = et - 5
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