Use (g= -9.8 m/s/s)   What was the average total time of your tossed directly into the air object?   The average total time of my object tossed directly into the air object  was 0.66 seconds.     2. What was the initial velocity of the object as it left the thrower's hand? (Use the image attached to solve this replacing the time with 0.66 seconds).   3. What was the maximum height reached above the thrower's hand?

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
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Use (g= -9.8 m/s/s)

 

What was the average total time of your tossed directly into the air object?

 

The average total time of my object tossed directly into the air object  was 0.66 seconds.

 

 

2. What was the initial velocity of the object as it left the thrower's hand? (Use the image attached to solve this replacing the time with 0.66 seconds).

 

3. What was the maximum height reached above the thrower's hand?

 

 

 

CO
Can you discover a way to solve for how
fast the thrower tossed the object upwards?
X-X₁-X₁
Givens:
X=
x=0
t = 1.225
V₁ = Want
V₁ = ?
a = -983/15² | Jus
duş
V
Q
X = V₁ t + 12 at
0 = V₁ (1.23) + (-98) (1.23²)
0 = 1.22V₁ - 7.3
+7.3
+7.3
73
1.32
= 1.23 Vi
T.5%
5.984 m/s = Vi
total path, up and
down in 1.22 s
t
V₁=24+ at
v² = ² + 2ax
1
x = v₁t + = at²
(Z).
2
t
*I will analyze my created models that will
Transcribed Image Text:CO Can you discover a way to solve for how fast the thrower tossed the object upwards? X-X₁-X₁ Givens: X= x=0 t = 1.225 V₁ = Want V₁ = ? a = -983/15² | Jus duş V Q X = V₁ t + 12 at 0 = V₁ (1.23) + (-98) (1.23²) 0 = 1.22V₁ - 7.3 +7.3 +7.3 73 1.32 = 1.23 Vi T.5% 5.984 m/s = Vi total path, up and down in 1.22 s t V₁=24+ at v² = ² + 2ax 1 x = v₁t + = at² (Z). 2 t *I will analyze my created models that will
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