9/28/15
Lab 109: One Dimensional Motion
Parth Patel
Lab 109: OneDimensional Motion
Velocity as a Function of Time and
Distance at Constant Acceleration
Objective
We had two objectives for this lab: 1) to understand onedimensional motion and to
get fami
10/26/15
Lab 106 (P1)
Parth Patel
Salam Hashmi
Joseph Pandini
Leon Schneider
Lab 106 (P1): Static and Kinetic Frictions
Objectives
1. Measure and quantify static and kinetic frictional forces using a force sensor.
2. Understand the relationship between fr
11/23/15
Lab 120N
Parth Patel
Salam Hashmi
Joseph Pandini
Leon Schneider
Lab 120N: Conservation of Angular
Momentum
Objective
To demonstrate that angular momentum is conserved in inelastic collisions.
Introduction and Background
L=I total
1.
L=I i i=I f
Physics Lab 102A
Professor Yuan Gu
Oct 1, 2013
Group Members:
Sarah Grullon
Sarjinder Pal Singh
Dan Riegel
Harry She
Dave Michalak
Introduction
The objective of this lab was to apply and get more familiar with Newtons second Law by
analyzing the motion of
Lab 113: Atwood Machine
Physics 102A003
INTRODUCTION:
This lab required us to set up the Atwood machine to show Newtons laws. We had to find
measured and theoretical acceleration of the weights moving. This allowed us to find the theoretical
and measured
Lab 109: One Dimensional MotionVelocity as a Function of Time and Distance at Constant
Acceleration
Physics 102A003
INTRODUCTION:
This lab required us to set up a glider with photogates on it in order to find the velocity and
position as an object was sl
Lab 109: Onedimension motion
Phy 102A104
Brian Gonzalez
Group members: Larry Jules, Sean Tierney, Alfred Torres, Alin Maksudur Rahman, Malcom
Manson, Brian Gonzalez
February 13, 2017
Linghua Zhu
Objective:
The objectives of this lab are to study the one
Lab 111: Projectile Motion
Phy 102A104
Brian Gonzalez
Group members: Larry Jules, Sean Tierney, Alfred Torres, Alin Maksudur Rahman, Malcom
Manson, Brian Gonzalez
February 20, 2017
Linghua Zhu
1. OBJECTIVES
The objective was to study projectile motion to
Lab 111: Projectile Motion
Phy 102A104
Brian Gonzalez
Group members: Larry Jules, Sean Tierney, Alfred Torres, Alin Maksudur Rahman, Malcom
Manson, Brian Gonzalez
February 20, 2017
Linghua Zhu
Objective
To verify Newtons Second Law of motion in a onedim
Lab 106(P1): Static and Kinetic Friction
Phy 102A104
Brian Gonzalez
Group members: Larry Jules, Sean Tierney, Alfred Torres, Alin Maksudur Rahman, Malcom
Manson, Brian Gonzalez
March 20, 2017
Linghua Zhu
Objective
1.) To measure the static and kinetic fr
Lab 121: Rotational Static Equilibrium  Forces on a Strut
Physics 102A003
INTRODUCTION:
This lab required us to set up a steel rod with another rod attached. Using the force sensor, we
were able to find the tension at different angles with different wei
9/21/15
Lab 104: Creating Motion graphs
Parth Patel
Lab 104: Creating Motion Graphs
Objective
Our objective in this experiment was to create graphs that depict motion through
position vs. time and velocity vs. time. We achieved this by using a motion sens
10/5/15
Lab 111: Projectile Motion
Parth Patel
Salam Hashmi
Joseph D. Pandini
Leon P. Schneider
Lab 111: Projectile Motion
Objectives
1. Study motion in two dimensions and apply linear motion equations to solve
projectile problems.
2. Be able to predict t
Lab 112: Newtons Second Law
Objectives
1. To verify Newtons Second Law in a onedimensional motion system using a
glider and a frictionless air track accelerating a falling object connected via a
string.
2. To learn hot to construct free body diagrams tha
Lab 113: Atwood Machine
Objectives
1. Observe motion of two bodies of unequal mass using an Atwood machine.
2. Apply Newtons Second Law.
3. Apply onedimensional motion equations.
Introduction and Background
The Atwood machine was invented in 1784 by Reve
11/2/15
Lab 122
Parth Patel
Salam Hashmi
Joseph Pandini
Leon Scheider
Lab 122: Conservation of Energy for an
Object on an Inclined Plane
Objectives
To show that total energy is conserved for a body moving down a frictionless
inclined plane.
Introduction a
11/9/15
Lab 126
Parth Patel
Salam Hashmi
Joseph Pandini
Leon Schneider
Lab 126: Conservation of Momentum
and Impulse Momentum Theorem
Objectives
1. Observe and verify the conservation of momentum for fully elastic and totally
inelastic collisions.
2. Veri
Lab 126: Conservation of Momentum and Impulse  Momentum Theory
Physics 102A003
INTRODUCTION:
This lab required us to set up an air track with two gliders and different weights to find the momentum.
This allowed us to find the values for momentum.
EXPERI
Lab 106(P1): Static and Kinetic Frictions
Physics 102A003
INTRODUCTION:
This lab required us to set up a force sensor with weights in order to find static and kinetic friction. This
allowed us to find the values for static and kinetic friction.
EXPERIMEN
Physics 102A Section 101 Physics Laboratory Report
Lab number and Title:
Lab 112: Newtons Second Law
Name: Nithin Dronavalli
Group members:
Wissam Esmail, Wyatt Peters, Paul Cabrera
Experiment Date :
October 5, 2016
Instructors name:
Sizhan Liu
1. OBJECTI
Physics 102A Section 101 Physics Laboratory Report
Lab number and Title:
Lab 109: One Dimensional Motion Velocity as Function of
Time and Distance at Constant Acceleration
Name: Nithin Dronavalli
Group members:
Experiment Date:
September 21, 2016
Instruc
LAB 113: ATWOOD MACHINE
Class: Phys102A
Name: Cristina Aponte
Lab Group: Umaamah Tobias, Vincent Hu
Date: 18th October, 2016
OBJECTIVES:
1. To analyze the motion of two bodies of unequal mass in Atwood machine;
2. To apply and get more familiar with Newto
Lab 104: CREATING MOTION GRAPHS
Physics 102A
Cristina Aponte
Lab group: Umaamah Tobias, Sherry Bentley,Vincent Hu, Amanda Martinucci.
19th September,2016
OBJECTIVE: In this laboratory we will create motion graphs of position versus time and
velocity versu
Lab 106(P1) Static and Kinetic Frictions
Name: Cristina Aponte
Lab: Phys102A003
Lab Group: Umaamah Tobias, Vincent Hu
Date: 25th October, 2016
OBJECTIVES
1. Measure the static and kinetic frictional forces using a force sensor
2. Determine the relationsh
Lab 122: Conservation of Energy for an Object on an Inclined Plane
Class: Physics Lab102
Name: Cristina Aponte
Lab Group: Umaamah Tobias, Vincent Hu
Date: November 1st, 2016
OBJECTIVE:
To show that the total energy of a body moving down a frictionless inc
LAB 113: ATWOOD MACHINE
Class: Phys102A
Name: Cristina Aponte
Lab Group: Umaamah Tobias, Vincent Hu
Date: 18th October, 2016
OBJECTIVES:
1. To analyze the motion of two bodies of unequal mass in Atwood machine;
2. To apply and get more familiar with Newto
I avere4 axle
Linear
3.5 mt+ b
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2 5 b 0.220_ 0.0059 Run #10 El
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8
LL 1.5
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0.5
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Time (5)
Create "Position vs. Time" Graph
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