Janua X3B Thursday, Janua x3B Thursday Janua xB Competitive Sports Xlocs.google.com/document/d/1MzXtZKS6SiaxfFRuUdhgFf5YcAlhRVV0109qmpv6iGc/editWork on Inclined P XE Copy of Activity Jo xned Planes Lab ModifiedBETAInsert Format Tools Add-ons HelpLast edit was seconds ago100%Normal textCalibriBIUA1 I 2 3 411川, 三E - E - E EX511 664. Attach the force sensor to the block and pull the block up the incline at a constant speed. Highlight the constantregion and click on view statistics to find the mean pulling force15. Repeat Steps 3 and 4 using a smaller stack of books until you have data for five different inclines.DataRemember that Work is equal to force times distance.TrialPulling Force (N)Pulling Distance (m)Work Done (J)5.30.21.0623.530.31.05932.650.41.060.51.0642.120.61.05251.77Sign out865e y Janua x3B Thursday, Janua xA 3B Thursday Janua XA Competitive Sports xE Work on Inclined PE Copy of Actiocs.google.com/document/d/1MzXtZKS6SiaxfFRuUdhgFf5YcAlhRVV0109qmpv6iGc/edited Planes Lab ModifiedInsert Format Tools Add-ons HelpLast edit was seconds ago00%Normal textCalibriB IUA11E -E - E236.1.520.71.064Analysis:1. Use the data from Trials 2-6 to plot pulling force vs pulling distance. What type of relationship exists between theforce required to pull the block up the ramp and the distance the block is pulled?

Trial Pulling force (N) Pulling distance (m) Work done (J) 1 5.3 0.2 1.06 2 3.53 0.3 1.059 3…

1. Use the data from Trials 2-6 to plot pulling force vs pulling distance. What type of relationship exists between the force required to pull the block up the ramp and the distance the block is pulled?

1. Use the data from Trials 2-6 to plot pulling force vs pulling distance. What type of relationship exists between the force required to pull the block up the ramp and the distance the block is pulled?

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Janua X
3B Thursday, Janua x
3B Thursday Janua xB Competitive Sports X
locs.google.com/document/d/1MzXtZKS6SiaxfFRuUdhgFf5YcAlhRVV0109qmpv6iGc/edit
Work on Inclined P X
E Copy of Activity Jo x
ned Planes Lab Modified
BETA
Insert Format Tools Add-ons Help
Last edit was seconds ago
100%
Normal text
Calibri
BIUA
1 I 2 3 4
11
川, 三
E - E - E EX
511 66
4. Attach the force sensor to the block and pull the block up the incline at a constant speed. Highlight the constant
region and click on view statistics to find the mean pulling force1
5. Repeat Steps 3 and 4 using a smaller stack of books until you have data for five different inclines.
Data
Remember that Work is equal to force times distance.
Trial
Pulling Force (N)
Pulling Distance (m)
Work Done (J)
5.3
0.2
1.06
2
3.53
0.3
1.059
3
2.65
0.4
1.06
0.5
1.06
4
2.12
0.6
1.052
5
1.77
Sign out
8
6
5
e

y Janua x
3B Thursday, Janua x
A 3B Thursday Janua X
A Competitive Sports x
E Work on Inclined P
E Copy of Acti
ocs.google.com/document/d/1MzXtZKS6SiaxfFRuUdhgFf5YcAlhRVV0109qmpv6iGc/edit
ed Planes Lab Modified
Insert Format Tools Add-ons Help
Last edit was seconds ago
00%
Normal text
Calibri
B IUA
11
E -E - E
2
3
6.
1.52
0.7
1.064
Analysis:
1. Use the data from Trials 2-6 to plot pulling force vs pulling distance. What type of relationship exists between the
force required to pull the block up the ramp and the distance the block is pulled?

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