University Physics (Mechanics) Lab reports (assignment request: Simple Pendulum) using a virtual...

Question

University Physics (Mechanics) Lab reports (assignment request: Simple Pendulum) 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.

physicsilab7draft-kolzdzuw.pdf labmanualsimplependulumlab7-ohuowdl3.pdf lab-7-template-simple-pendulum-1-zeyskpcg.doc simple-pendulum-1-mlymhzfo.pptx phy-122-lab-report-criteria-m5j1e5jq.pdf

Neelakshi · Accepted Answer

1
(1 point) 
Title of the Experiment:  
Student’s name:  
Section SLN:  
TA’s Name: 
Week of the experiment:
2
Objectives: (3 points)   
What are the physics concepts/theory/law to be investigated in this experiment? It is one or two 
sentences in your own words.   
 
Newton's first law, which states that an object at rest stays at rest, so a motor must first push the 
amusement park ride up into the air. Then gravity pulls the ride back down.
Experimental Data (3 points): Insert experimental graphs and obtain from the graphs all the 
experimental data that will be used for further calculations in Data Analysis.
PART 1.  Period T vs Amplitude θ
Diameter of the bob ____________0.2m___________________  
Density of the bob ______________8470 kg/m3__________________
Amplitude (°) Total Time (10 swings, s) Period (s) 
5 21.92 s 2.32 s 
10 21.97 s 2.39 s 
15 22.01 s 2.44 s 
20 22.11 s 2.48 s 
25 22.36 s 2.50 s
Relationship observed: As θ increases, period ____________remain same______ 
(You will be expected to provide more detailed explanation in the Discussion part of the 
Lab Report)
3
PART 2. Period T vs Mass
Bob Material Bob Mass Total Time (10 swings, s) Period (s) 
Wood 550 22.37 2.53 
Glass 2600 22.16 2.25 
Iron 7860 22.43 2.36 
Brass 8470 22.28 2.43 
Gold 19300 22.15 2.

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

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