c) Where and when does the shot-put land? If an athlete throws a shot-put at an angle of 45°initial speed of 43 ft/s. The shot-put leaves his hand 7 feet above theto the horizontal with anground.Write parametric equations for the trajectory of the shot-put:use g =2 32 ft/s² .x(t)=v, cos(a)ty(t)=(initial height)+v, sin(æ)t-t²12andAnswer the following and please provide decimal approximations rounded to thenearest tenth Answer the following and please provide decimal approximations rounded to thenearest tenth ...a)Where is the shot-put when t=2?b)What is the maximum height of the shot-put's trajectory and at whattime does it get there?c)Where and when does the shot-put land?d)What is the impact velocity of the shot-put?e) Sketch a graph of the parametric curve and label the points foundin parts a-d ...

Since you have posted the question for part c, we have solved the part (c) only. Please resubmit the…

If an athlete throws a shot-put at an angle of 45° to the horizontal with an initial speed of 43 ft/s . The shot-put leaves his hand 7 feet above the ground. Write parametric equations for the trajectory of the shot-put:use g = 32 ft/s² . x(t)=v, cos(a)t y(t)=(initial height)+v, sin(æ)t-? 2 and

If an athlete throws a shot-put at an angle of 45° to the horizontal with an initial speed of 43 ft/s . The shot-put leaves his hand 7 feet above the ground. Write parametric equations for the trajectory of the shot-put:use g = 32 ft/s² . x(t)=v, cos(a)t y(t)=(initial height)+v, sin(æ)t-? 2 and

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter2: Vectors

Section: Chapter Questions

Problem 29P: A delivery man starts at the post office, chives 40 km north, then 20 km west, then 60 km northeast,...

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Question

c) Where and when does the shot-put land?

If an athlete throws a shot-put at an angle of 45°
initial speed of 43 ft/s. The shot-put leaves his hand 7 feet above the
to the horizontal with an
ground.
Write parametric equations for the trajectory of the shot-put:use g =
2 32 ft/s² .
x(t)=v, cos(a)t
y(t)=(initial height)+v, sin(æ)t-t²
12
and
Answer the following and please provide decimal approximations rounded to the
nearest tenth

Answer the following and please provide decimal approximations rounded to the
nearest tenth ...
a)
Where is the shot-put when t=2?
b)
What is the maximum height of the shot-put's trajectory and at what
time does it get there?
c)
Where and when does the shot-put land?
d)
What is the impact velocity of the shot-put?
e) Sketch a graph of the parametric curve and label the points found
in parts a-d ...

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