A) Enter an expression for the basketball’s initial velocity vector,v⃗0, in Cartesian unit-vector notation using the symbols provided. v⃗0=b) Measured from the point of release, enter the maximum vertical height, hmax, in meters, the ball attains.Part (c) Enter an expression for the basketball's acceleration vector, a, in Cartesian unit-vector notation using the symbols provided.Part (d) Express the elapsed time, At, the basketball takes to reach its maximum vertical height in terms of the symbols provided.Part (e) Determine the elapsed time, in seconds. the basketball takes to reach its maximum vertical height. A basketball player shoots a free-throw with an initial velocity of magnitude vo = 6.32 m/s at an angle = 18.1° above the horizontal. Use aCartesian coordinate system with the origin located at the position the ball was released; align the x and y axes with the initial horizontal and vertical components ofthe ball's velocity, respectively. Assume that the effects of air resistance are negligible.

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Enter an expression for the basketball’s initial velocity vector, v⃗0 , in Cartesian unit-vector notation using the symbols provided. v⃗0= b) Measured from the point of release, enter the maximum vertical height, hmax, in meters, the ball attains. Part (c) Enter an expression for the basketball's acceleration vector, a, in Cartesian unit-vector notation using the symbols provided.

Enter an expression for the basketball’s initial velocity vector, v⃗0 , in Cartesian unit-vector notation using the symbols provided. v⃗0= b) Measured from the point of release, enter the maximum vertical height, hmax, in meters, the ball attains. Part (c) Enter an expression for the basketball's acceleration vector, a, in Cartesian unit-vector notation using the symbols provided.

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Question

A) Enter an expression for the basketball’s initial velocity vector,

v⃗0

, in Cartesian unit-vector notation using the symbols provided.

v⃗0=

b) Measured from the point of release, enter the maximum vertical height, hmax, in meters, the ball attains.

Part (c) Enter an expression for the basketball's acceleration vector, a, in Cartesian unit-vector notation using the symbols provided.

Part (d) Express the elapsed time, At, the basketball takes to reach its maximum vertical height in terms of the symbols provided.

Part (e) Determine the elapsed time, in seconds. the basketball takes to reach its maximum vertical height.

A basketball player shoots a free-throw with an initial velocity of magnitude vo = 6.32 m/s at an angle = 18.1° above the horizontal. Use a
Cartesian coordinate system with the origin located at the position the ball was released; align the x and y axes with the initial horizontal and vertical components of
the ball's velocity, respectively. Assume that the effects of air resistance are negligible.

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