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I have an acceleration function

1. A baby is being bounced approximately according to the position function 10*sin(2*pi*t/2) (distance in centimeters, t in
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2. asked by Naomi O
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If an object's position remains constant as a function of time, what must be true about its acceleration and velocity?(1 point)R
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If an object's position remains constant as a function of time, what must be true about its acceleration and velocity?(1 point)
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acceleration is the change in velocity per unit time. isabella says that it is possible for an object in motion to have no
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2. asked by D
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acceleration is the change in velocity per unit time. isabella says that it is possible for an object in motion to have no
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2. asked by D
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If an object's position remains constant as a function of time, what must be true about its acceleration and velocity?(1 point)R
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If an object's position remains constant as a function of time, what must be true about its acceleration and velocity?(1 point)R
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if the velocity can be expressed asv(t)=1-∛t what is the acceleration function. so i started by bringing in acceleration
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2. asked by Kieran
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Using the distance function s(t) = t2 + 4t + 30, "s" is in feet and "t" is in seconds, find the velocity function, v(t), and
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2. asked by Lena
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If an object's position remains constant as a function of time, what must be true about itsacceleration and velocity?(1 point)
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