It esc a simulate What is the greatest final velocity that can result from these initital values? 3.2 m/s What is the least final velocity that can result from these initial values? 0.2 m/s Experiment with various collisions. When is the total momentum greater? Before the collision or after the collision? Hint: To find the total final momemtum, add both final momentums. The total momentum is always equal. The problem below can be answered using extrapolation and have a have 5% tolerance to allow for estimation. We recommend Desmos' graphing application to create graphs when necessary! What would be the final velocity if a 600g Cart 1, initially traveling 5.80m/s collided with a 200g Cart 2? m/s Unit 14: Momentum, Inquiry Using g = 9.8m/s² Keep 3+ sig figs Desmos Calculator O @2 # 3 C $ 4 q W e S Z X d % 95 96 Check Answers וום Cannot E < Sign on DELL t y g h V b * 00 27 & J כ j 3 9 k P alt
It esc a simulate What is the greatest final velocity that can result from these initital values? 3.2 m/s What is the least final velocity that can result from these initial values? 0.2 m/s Experiment with various collisions. When is the total momentum greater? Before the collision or after the collision? Hint: To find the total final momemtum, add both final momentums. The total momentum is always equal. The problem below can be answered using extrapolation and have a have 5% tolerance to allow for estimation. We recommend Desmos' graphing application to create graphs when necessary! What would be the final velocity if a 600g Cart 1, initially traveling 5.80m/s collided with a 200g Cart 2? m/s Unit 14: Momentum, Inquiry Using g = 9.8m/s² Keep 3+ sig figs Desmos Calculator O @2 # 3 C $ 4 q W e S Z X d % 95 96 Check Answers וום Cannot E < Sign on DELL t y g h V b * 00 27 & J כ j 3 9 k P alt
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter9: Linear Momentum And Collisions
Section: Chapter Questions
Problem 34P: A ball of mass 250 g is thrown with an initial velocity of 25 m/s at an angle of 30 with the...
Related questions
Question
What would be the final velocity if a 600g Cart 1, initially traveling 5.80m/s collided with a 200g Cart 2?
![It
esc
a
simulate
What is the greatest final velocity that can result from these initital values?
3.2 m/s
What is the least final velocity that can result from these initial values?
0.2 m/s
Experiment with various collisions. When is the total momentum greater? Before the collision or after the collision?
Hint: To find the total final momemtum, add both final momentums.
The total momentum is always equal.
The problem below can be answered using extrapolation and have a have 5% tolerance to allow for estimation. We recommend Desmos' graphing
application to create graphs when necessary!
What would be the final velocity if a 600g Cart 1, initially traveling 5.80m/s collided with a 200g Cart 2?
m/s
Unit 14: Momentum, Inquiry
Using g = 9.8m/s²
Keep 3+ sig figs
Desmos Calculator
O
@2
#
3
C
$
4
q
W
e
S
Z
X
d
%
95
96
Check Answers
וום
Cannot E
<
Sign on
DELL
t
y
g
h
V
b
* 00
27
&
J
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j
3
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alt](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb9ed031f-108e-45a9-b69a-af7d82125be3%2F0f8961ef-fa29-40f8-8a5c-8049652bd5fd%2Ff0bpzhi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:It
esc
a
simulate
What is the greatest final velocity that can result from these initital values?
3.2 m/s
What is the least final velocity that can result from these initial values?
0.2 m/s
Experiment with various collisions. When is the total momentum greater? Before the collision or after the collision?
Hint: To find the total final momemtum, add both final momentums.
The total momentum is always equal.
The problem below can be answered using extrapolation and have a have 5% tolerance to allow for estimation. We recommend Desmos' graphing
application to create graphs when necessary!
What would be the final velocity if a 600g Cart 1, initially traveling 5.80m/s collided with a 200g Cart 2?
m/s
Unit 14: Momentum, Inquiry
Using g = 9.8m/s²
Keep 3+ sig figs
Desmos Calculator
O
@2
#
3
C
$
4
q
W
e
S
Z
X
d
%
95
96
Check Answers
וום
Cannot E
<
Sign on
DELL
t
y
g
h
V
b
* 00
27
&
J
כ
j
3
9
k
P
alt
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