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21 Jan 2022
Given information
Given a shot-putter throws the "shot" (mass 
) with an initial speed of 
at a 
angle to the horizontal.
To calculate the horizontal distance travelled by the shot if it leaves the athlete's hand at a height of 
above the ground.
Step-by-step explanation
Step 1.
After the object is released, it follows a parabolic path and undergoes projectile motion. Assuming that air resistance is negligible, kinematic equations for two dimensions can be used to calculate the horizontal distance it covers.
Recall that in this case of projectile motion, the initial velocity 
can be resolved into its 
and 
components using the equations below.
can be resolved into its and components using the equations below.
where 
is the angle the velocity vector makes with the horizontal.
is the angle the velocity vector makes with the horizontal.Furthermore, the horizontal velocity remains constant all throughout the object's motion while the vertical velocity changes because of the downward acceleration with a magnitude of 
.
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Physics: Principles with Applications
7th Edition, 2013
Giancoli
ISBN: 9780321625922
Solutions
Chapter
Section
- Problem 1
- Problem 2
- Problem 3
- Problem 4
- Problem 5a
- Problem 5b
- Problem 5c
- Problem 6a
- Problem 6b
- Problem 7a
- Problem 7b
- Problem 7c
- Problem 8a
- Problem 8c
- Problem 9a
- Problem 9b
- Problem 10a
- Problem 10b
- Problem 11
- Problem 12a
- Problem 12b
- Problem 13a
- Problem 13b
- Problem 13c
- Problem 14
- Problem 15
- Problem 16a
- Problem 16b
- Problem 17
- Problem 18
- Problem 19
- Problem 20
- Problem 21
- Problem 22
- Problem 23
- Problem 24
- Problem 25
- Problem 26a
- Problem 26b
- Problem 27a
- Problem 27b
- Problem 27c
- Problem 27d
- Problem 28a
- Problem 28b
- Problem 29
- Problem 30
- Problem 31
- Problem 32
- Problem 33a
- Problem 33b
- Problem 33c
- Problem 34
- Problem 35
- Problem 36
- Problem 37a
- Problem 37b
- Problem 38
- Problem 39
- Problem 40
- Problem 41
- Problem 42
- Problem 43a
- Problem 43b
- Problem 44a
- Problem 44b
- Problem 45
- Problem 46a
- Problem 46b
- Problem 47a
- Problem 47b
- Problem 48
- Problem 49
- Problem 50
- Problem 51
- Problem 52c