Ryan Chowdhury
Objective: To learn the rules of vector addition, both graphical and analytical. In
addition, we want to gain practical understanding of vector addition using a Force Table.
Materials:
Basic Measurements
Daniel Khalilov
Basic Measurements
Lab #1
Objective: To practice weighing objects with a triple beam balance, calculating volume with a
ruler, and using the acquired information to
Johanes Widjaja
PHY 1003 STRC Experiment 9- Simple Pendulum
Objective: To experiment and find the period (T) , g exp, and % error of simple pendulum based
on the different angles and lengths hanging m
Solution to Mid Term Exam #1 (v.3)
Put your name, lab day and time AND exam version on the cover page. Show
all details of your calculation, otherwise you may not get full credit. Write
only in the Bl
Daniel Khalilov
Lab #2: Acceleration due to Gravity of the Earth
Objective: To approximate the acceleration of free-fall with a tape timer and calculate the
average velocity at certain distances/locat
Daniel Khalilov
Lab #3: Vector Addition of Forces
Objective: To prove the law of vector addition by demonstrating that the sum of the forces at
equilibrium state sums up to zero.
Materials: Force tabl
Lab Report #8
Your name: Sharon Yun
Partners name: Allen Chan and Michael Ortiz
Title of Experiment: Single Harmonic Motion Pendulums
Objective
The objective of this lab was to learn the relationship
V. Coronel
Ohms Law and the Measurement of Resistance
Objective: To verify that, for two points in a material having a voltage difference V, and
a current flow I from one point to the other, the ratio
Yameen Sarwar
5
Partner: Nokhaiz Mir
Experiment
PHY 1003 Lab
Report
1. Objective of the experiment:
To find the time taken by a simple pendulum to complete one cycle.
2. Procedure:
a. First we were gi
Newtons Second Law Lab
Introduction
"
m2
mass1 = 0.025 kg
mass2 = 0.598 kg
m1
Fnet = mass x acceleration
Distance (x) = (acceleration) x (time)2
Acceleration = 2x / (time)2
Gravity = 9.8 m/s/s
This la
Standing Waves on a String
Object: To measure the speed of wave propagation on a string and compare with value
predicted by theory, vth = FT/
Introduction
When one end of a string, (or cable, rope, wi
Ryan Chowdhury
Objective: To understand the concepts of torque and to prove that the net torque on an object is
zero when it is in rotational equilibrium. In addition, we want to demonstrate the conce
Ryan Chowdhury
Objective: To prove that in a thermally isolated system, the heat gained by one part of the
system equals the heat gained by another. In addition, to gain an understanding of the concep
Ryan Chowdhury
Objective: To understand the concepts of torque and to prove that the net torque on an object is
zero when it is in rotational equilibrium. In addition, we want to demonstrate the conce
Ryan Chowdhury
Objective: To learn the rules of vector addition, both graphical and analytical. In
addition, we want to gain practical understanding of vector addition using a Force Table.
Materials:
PHY II
V Coronel
Reflection and Refraction of Light
Objective: To verify the laws of reflection and refraction of electromagnetic waves for the case
of visible light and measure the index of refractio
RyanChowdhury
Objective:
Tobeabletodemonstratethatthelawsofreflectionandrefractionofelectromagneticwavesforthecaseof
visiblelightandmeasuretheindexofrefractionofwaterandothertransparentmaterial.
Mater
Name:
Forest Hills High School
AP Physics C
Date:
HW #11
1. Describe the type of path that must be followed by an object moving in the absence of force.
Explain.
2. Must an object always move in the d
Name:
Forest Hills High School
AP Physics C
Date:
HW#10
1. A quarterback throws a football at 20.0 m/s, 50.0 which is caught in stride by a receiver running
directly away from him at 9.0 m/s. (a) Dete
AP Physics C HW # 18-Drag Forces
1. A rock of mass 0.400 kg is released from the surface and sinks in the ocean. As the rock descends it is
acted upon by three forces: gravity, buoyancy, and drag. The
HW#27-AP Physics C-Keplers Laws (Questions 1-2), Gravitation (Questions 3-7)
1. Two planets travel in circular orbits around a star. Planet A has speed v and planet B has speed 3v. (a)
Find the ratio
1. An object with mass 3.00 kg moves along the x-axis and is subject to a net force in newtons given by:
F(x) = 2x 4x3, where x is position in meters. The object is placed at x = 1.00 m and released f
1. Starting from rest a cyclist coasts down a long hill with a uniform acceleration of 0.50 m/s2. At a
particular point the cyclists notes his speed is 5.0 m/s. (a) How far had he rolled at that point