93157 *= should be equal 11. If the impulse momentum theorem is correct, the change in the momentum will be equal to the impulse for each trial. Experimental measurements error along with friction and shifting of the track or force sensors will keep the two from being the same. One way to compare the two is to find their percent different. Do this for the change in momentum Ap=mv-mv₁ O and the impulse calculation 12. Fill in Table #1 1 2 Trial I = FAt * Table 1: Impulse [F Fdt = FAt Initial momentum (N·s) Final momentum (N·s) (N·s) * Change in momentum Ap (N·s) Velocity trial 1: -1.060 m/s (initial) Part 2: (velocity) .-0.033mls (final) : Trial 2 - 1.023mls (in) Repeat the experiment using a double rubber band. :-0.009mis (final) Trial Impulse [ Fdt = FAt (N·s) L Table 2: Initial momentum Final momentum (N·s) (N·s) Part 3: A Velocity 2: -1.014 m/s (i) : -0.085 mis (f) 0.860ml sci : 0.031 mis(f) Change in momentum Ap (N·s) tral Moni

Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter9: Momentum And Its Conservation
Section: Chapter Questions
Problem 83A
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Fill in table one and two please!!

93157
*= should
be equal
11. If the impulse momentum theorem is correct, the change in the momentum will be equal to the
impulse for each trial. Experimental measurements error along with friction and shifting of the
track or force sensors will keep the two from being the same. One way to compare the two is to
find their percent different. Do this for the change in momentum
Ap=mv-mv₁
O
and the impulse calculation
12. Fill in Table #1
1
2
Trial
I = FAt
*
Table 1:
Impulse
[F
Fdt = FAt
Initial momentum
(N·s)
Final momentum
(N·s)
(N·s)
*
Change in
momentum Ap
(N·s)
Velocity trial 1: -1.060 m/s (initial)
Part 2:
(velocity)
.-0.033mls (final)
:
Trial 2 - 1.023mls (in)
Repeat the experiment using a double rubber band. :-0.009mis (final)
Trial
Impulse
[ Fdt = FAt
(N·s)
L
Table 2:
Initial momentum Final momentum
(N·s)
(N·s)
Part 3:
A
Velocity 2: -1.014 m/s (i)
: -0.085 mis (f)
0.860ml sci
: 0.031 mis(f)
Change in
momentum Ap
(N·s)
tral
Moni
Transcribed Image Text:93157 *= should be equal 11. If the impulse momentum theorem is correct, the change in the momentum will be equal to the impulse for each trial. Experimental measurements error along with friction and shifting of the track or force sensors will keep the two from being the same. One way to compare the two is to find their percent different. Do this for the change in momentum Ap=mv-mv₁ O and the impulse calculation 12. Fill in Table #1 1 2 Trial I = FAt * Table 1: Impulse [F Fdt = FAt Initial momentum (N·s) Final momentum (N·s) (N·s) * Change in momentum Ap (N·s) Velocity trial 1: -1.060 m/s (initial) Part 2: (velocity) .-0.033mls (final) : Trial 2 - 1.023mls (in) Repeat the experiment using a double rubber band. :-0.009mis (final) Trial Impulse [ Fdt = FAt (N·s) L Table 2: Initial momentum Final momentum (N·s) (N·s) Part 3: A Velocity 2: -1.014 m/s (i) : -0.085 mis (f) 0.860ml sci : 0.031 mis(f) Change in momentum Ap (N·s) tral Moni
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