W Lugger Pm 7 Pressure and anume Graph
Flli Edlt EXDErImElIt Data Anelvze Insert Options Page HEID
DBNEBQFBQM @EEJEAQQi-Syg Calm
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| Data 55 Pressure vs. Volume
Volum
Atwood Machines.notebook
October 16, 2017
The tension in each rope is the same throughout the entire rope.
The pulleys are massless and frictionless.
1
Atwood Machines.notebook
October 16, 2017
2
Atwo
2D problem lecture.notebook
September 07, 2017
Draw a picture and establish positive directions.
Establish origin
Separate x and y direction givens unknowns into x/y chart.
Split velocity vector into
Conservation of Angular Momentum in Orbits.notebook
January 29, 2018
Conservation of Angular Momentum in Orbits
*Not to scale - orbit exaggerated
1
Conservation of Angular Momentum in Orbits.notebook
Friction Problem Example.notebook
October 12, 2017
A 20kg block is placed on an incline. The coefficient of static friction
between the block and the surface is 0.25. The coefficient of kinetic
fricti
Notes - Work, Quantitative Energy Problems with work and Edis.notebook November 20, 2017
1
Notes - Work, Quantitative Energy Problems with work and Edis.notebook November 20, 2017
2
Notes - Work, Quan
Energy bar chart lecture - closed systems.notebook
November 13, 2017
1
Energy bar chart lecture - closed systems.notebook
November 13, 2017
2
Energy bar chart lecture - closed systems.notebook
Novembe
Notes - Quantitative Energy Problems with no Edis.notebook
November 20, 2017
1
Notes - Quantitative Energy Problems with no Edis.notebook
November 20, 2017
2
Notes - Quantitative Energy Problems with
Rotational Kinetic Energy.notebook
January 16, 2018
Rotational Kinetic Energy
Krot = 1/2I
When a ball rolls down a hill it gains both rotational and
translational kinetic energy.
1
Rotational Kinetic
Rolling without slipping.notebook
January 09, 2018
Rolling Without Slipping
Take a video of the ring rolling across the
floor.
Analyze the video by plotting the motion of the point
marked on the rim o
vector lecture.notebook
August 31, 2017
- A physical quantity that includes both
1
vector lecture.notebook
August 31, 2017
2
vector lecture.notebook
August 31, 2017
3
vector lecture.notebook
August 31
Gravitational potential energy far from earth.notebook
December 12, 2017
Gravitational Potential Energy
Far from the Surface of the Earth
1
Gravitational potential energy far from earth.notebook
Decem
2D force problems lecture.notebook
October 05, 2017
of the object.
Draw the y axis perpendicular to the surface and through the center of
1
2D force problems lecture.notebook
October 05, 2017
=?
=?
2
relative velocity lecture.notebook
September 13, 2017
1
relative velocity lecture.notebook
September 13, 2017
18.5 miles per second
2
relative velocity lecture.notebook
September 13, 2017
3
relative v
2D problem lecture.notebook
September 07, 2017
Draw a picture and establish positive directions.
Establish origin
Separate x and y direction givens unknowns into x/y chart.
Split velocity vector into
The graphs for the xdirection say that
there is no
acceleration and
therefore no
force. The
acceleration v
time graph is at 0
m/s2.
The graphs for the ydirection indicate
that there is a
constant
acce
Buoyant Force Lab:
Displaced Water Method:
Displaced water= 24.20g (mass of cup and displaced water) - 2.72g (mass of cup)
Displaced Water: .02148 kg
Buoyant Force= .02148 kg (mass) x 9.8 m/s^2 (accel
Relationship between Acceleration and Mass determined with a Constant Force
Purpose: To determine the relationship between Acceleration and Mass using a constant
gravitational force.
Materials:
Track
The Effect of Height on Gravitational Potential Energy
Purpose: The purpose of this lab was to find the effect of height on the potential energy stored
from gravity by measuring velocity on an incline
Chapter 5 Lecture - Circular Motion; Gravitation.notebook
October 30, 2017
v is constant = 5m/s
m=.5kg
r=1m
a. Find: Ft top, Ft bottom
b. Find minimum speed to make it around circle
without getting we
Rotational Momentum Lecture and sample problems.notebook
Acceleration
January 18, 2018
2
2
v (m/s)
2
acceleration
F (N)
2
1
Rotational Momentum Lecture and sample problems.notebook
January 18, 2018
Di
Work.notebook
November 13, 2017
What does it mean to do work on a system?
1
Work.notebook
November 13, 2017
2
Work.notebook
November 13, 2017
What factors affect how much energy we add
What can we do
Center of Mass.notebook
December 07, 2017
1
Center of Mass.notebook
December 07, 2017
The center of gravity is at the same location as the center of mass
as long as the gravitational field strength do
2D force problems lecture.notebook
October 03, 2017
1
2D force problems lecture.notebook
October 03, 2017
TOA
2
2D force problems lecture.notebook
October 03, 2017
Steps for solving 2D force problems:
Chapter 5 Lecture - Circular Motion; Gravitation.notebook
October 26, 2017
1
Chapter 5 Lecture - Circular Motion; Gravitation.notebook
October 26, 2017
v and a point in the same direction - toward the