Considering the presence of the drag force, the following graph for acceleration (See figure below). From the graph and considering m=0.15 kg, find the constant b N/(m/s); sketch the graph of the position and the velocity.
Considering the presence of the drag force, the following graph for acceleration (See figure below). From the graph and considering m=0.15 kg, find the constant b N/(m/s); sketch the graph of the position and the velocity.
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ola!
I'm having trouble solving this issue:
Considering the presence of the drag force, the
following graph for acceleration (See figure below). From the graph and considering
m=0.15 kg, find the constant b N/(m/s); sketch the graph of the position and the
velocity.
the function and the graphic are in the image attachment
Transcribed Image Text:Aceleração versus tempo
12
(-bt/m)
ay (t) = ge
10
Obs: g = 9,8m/s?
Boa Prova!
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Expert Solution
Step 1
Velocity:
The velocity of any object at a instant is defined as the time rate of change of its position. Mathematically it is given by,
Acceleration:
Acceleration of any object at any instant is the time rate of change of velocity of the object. Mathematically it is given by,
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