University Physics (Mechanics) Lab reports (assignment request: Uniform Circular Motion) using a...

Question

University Physics (Mechanics) Lab reports (assignment request: Uniform Circular Motion) using a virtual physics labs (KET Simulation) as guided in the attached assignment instructions files. Below is the detailed log-in information for the KET Simulation for expert's access, download and installation link;

https://virtualphysicslabs.ket.org/my-account/view-order/31303/

Log in username: olowoyos

Log in password: D@rksail0rd

Go to order# XXXXXXXXXXFirst Semester Bundle)

Click on VPL-firstsemester.zip, download and install on expert's computer system for lab simulation.

Follow instructions for lab report criteria and assignment submission rubic on the lab manual and template attached. Please "submit using the lab template (Microsoft word) and delete all statements in red", vet solutions for plagiarism and submission deadline are to be strictly adhered to as required.

lab-manualuniform-circular-motion-dr35wbzx.pdf lab-templateuniform-circular-motion-j0cp4aet.doc phy-122-uniform-circular-motion-081213formatted-eco0nui5.pptx phy-122-lab-report-criteria-hssgndyx.pdf

Rahul · Accepted Answer

(1 point)
Title of the Experiment: 
Student’s name: 
Section SLN: 
TA’s Name:
Week of the experiment: 
Erase all comments in red after the lab report completed
Objectives: (3 points)  
Experimental Data (3 points): 
Part 1a. Force vs Mass 
Radius = 0.0999 m
Speed = 45.3 rpm
From Graph of F vs. m : Slope ± slope = 2.249 N/kg
                                                                    Force v/s Weight Graph
Part 1b . Force vs velocity 
Radius
 = 0.0999 m
Mass (kg) = 0.18040 kg
From Graph of F vs. v2 : Slope ± slope = 1.813 Nsec2/m2
                                                                Force v/s Velocity2 Graph 
                                                                Experimental Setup
Part 1c: Force vs Radius 
Cylinder Mass = 0.1804 kg
Speed = 0.375 m/s
From Graph of F vs. 1/r: Slope ± slope = 0.02535
                                                     Force v/s Inverse of Radius Graph
Part 2. Coefficient of static friction
	S.No.
	Radius (cm)
	Max. Tangential Velocity (average)
	us
	1
	5.13
	0.158
	0.0496
	2
	7.06
	0.2
	0.0578
	3
	9.17
	0.23
	0.0588
	4
	11.47
	0.268
	0.063
Mean : 0.

University Physics (Mechanics) Lab reports (assignment request: Uniform Circular Motion) using a virtual physics labs (KET Simulation) as guided in the attached assignment instructions files. Below is...

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