University of Evansville Physics One Dimensional Collisions Experiment Lab Report Hello, due to the COVED-19 Crisis. I have gotten a little behind on my Ph

University of Evansville Physics One Dimensional Collisions Experiment Lab Report Hello, due to the COVED-19 Crisis. I have gotten a little behind on my Physics lab, Therefore, I need help finishing up this Physics lab: One-Dimensional Collisions experiment

Attached in File Named (Manual Instructions) is the original steps in how to preform the experiment, however, due to the COVID-19, the instructor has modified the assignment, there is a youtube video (https://www.youtube.com/watch?v=NzzRuN2Mbes) That will show how the experiment is preformed. After watching that, then follow along reading the Procedure in the manual, as if you were actually in the lab. Obviously you can’t actually do what it tells you to do. But for each of these five collision, there is a short video that shows you what the actual collision looks like. Also for each collision you will find a PDF file (attached in the Zip File) that contains a table that gives you time interval measurements from the gliders passing through the photogates. Each table is like what you would see on the computer screen if you were in lab and performed the collision yourself. The collision videos are all located in the same you-tube channel. The link to the channel is:

https://www.youtube.com/channel/UCScoMECtlulz_dFWnEw7Okw?view_as=subscriber

The report will consist of filling in the attached spreadsheet. There are also a couple of questions you answer along with that.

Let me know if you have any further questions,

Thanks in advance Name:
lab section:
DATA SHEET: ONE-DIMENSIONAL COLLISIONS
m A = 452.2 g
L A = 7.60 cm
m B = 303.6 g
L B = 7.60 cm
Units
(?t A ) i
(?t B ) i
(?t A ) f
(?t B ) f
(v A ) i
(v B ) i
(v A ) f
(v B ) f
(p A ) i
(p B ) i
(p A ) f
(p B ) f
(p tot ) i
(p tot ) f
?p/(p tot )i
(K A ) i
(K B ) i
(K A ) f
Collision 1
Collision 2
Collision 3
Collision 4
(K B ) f
(K tot )i
(K tot )f
?K/(K tot )i
Answers to Questions in this column:
3a
3b
3c
3d
4a
4b
5 (Use several rows below as needed.)
Collision 5

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