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SFUPHYS 100Simon WatkinsFall

PHYS 100- Final Exam Guide - Comprehensive Notes for the exam ( 78 pages long!)

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 8. universal gravitation

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 2. kinematic equations

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 6. friction and drag forces

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 4. projectile motion

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 5. forces

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 9. energy, work and power

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 10. momentum, impulse & elastic collisions

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SFUPHYS 100allSpring

PHYS 100 Study Guide - Midterm Guide: Advanced Vector Extensions, List Of Characters In Mythology Novels By Rick Riordan, Mississippi Highway 3

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SFUPHYS 100allSpring

PHYS 100 Midterm: PHYS 100 Midterm 2 2007

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SFUPHYS 100allSpring

PHYS 100 Study Guide - Midterm Guide: Advanced Vector Extensions, List Of Characters In Mythology Novels By Rick Riordan, Mississippi Highway 3

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SFUPHYS 100allSpring

PHYS 100 Midterm: PHYS 100 Midterm 2 2007

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SFUPHYS 120AllWinter

Physic 120 Midterm 1 Winter 2004

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SFUPHYS 120allSpring

PHYS 120 Study Guide - Midterm Guide: Rotational Energy, Angular Velocity, Friction

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I could not nd a copy of the second term test from the last time i taught this class. Below are some appropriate problems i have created over the years
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SFUPHYS 102allSpring

PHYS 102 Study Guide - Midterm Guide: Electric Dipole Moment, Gaussian Surface, Electric Light

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SFUPHYS 102allSpring

PHYS 102 Study Guide - Midterm Guide: Multiple Choice, Rc Lens

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SFUPHYS 221allSpring

PHYS 221 Study Guide - Midterm Guide: Student No.1, Angular Velocity, Magnetic Field

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SFUPHYS 120allSpring

PHYS 120 Study Guide - Midterm Guide: Ampl, Propagation Constant, Friction

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SFUPHYS 221allSpring

PHYS 221 Midterm: PHYS 221 Midterm 1_2008Solutions

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SFUPHYS 221allSpring

PHYS 221 Study Guide - Final Guide: Xio, Radio Wave, Dielectric

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 4: Electric Field, Free Body Diagram, International System Of Units

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Dynamics is the study of the forces that cause objects and systems to move: force is defined as a push or pull. Free-body diagrams are used to illustra
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SFUPHYS 100Firuz DemirSummer

PHYS 100 Chapter 2.4: CHAPTER 2.4-2.5

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The ratio of vx/ t is the rate of change of velocity. The ratio of vx/ t is the slope of a velocity-versus-time graph: this is defined as acceleration.
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SFUPHYS 100Firuz DemirSummer

PHYS 100 Chapter Notes - Chapter 1.1: Projectile Motion, Video Camera, Coordinate System

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Motio(cid:374): the (cid:272)ha(cid:374)ge of a(cid:374) o(cid:271)je(cid:272)t"s positio(cid:374) o(cid:396) o(cid:396)ie(cid:374)tatio(cid:374) (cid:
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SFUPHYS 100Russell DayFall

PHYS 100 Chapter Notes - Chapter 3: Itz

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The direction of motion is so important, so we need the language of vectors. A vector is a quantity with both a size (magnitude) and a direction. The m
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 7: Chemical Energy, Solar Cell, Radian

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2+2ad: this is called the work-energy theorem, and it implies that the net work on a system equals the change in the quantity. Converting between poten
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 6: Angular Velocity, Centripetal Force, Fictitious Force

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65degrees tan = v2/rg: v = (rg tan )1/2, tan = tan65, (100m)(9. 80m/s2)(2. 14)1/2, 45. 8m/s. Car is a non-intertial frame of reference because it is ac
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 5: Elastic Modulus, Shear Modulus, Ultimate Tensile Strength

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 9: Angular Velocity, Mechanical Advantage, Free Body Diagram

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 10: Gyroscope, Horse Length, Angular Acceleration

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Angular velocity: v = r , = v/r, r: is the radius of curvature. If she slams the brakes, causing acceleration of -87. 3 rad/s2 it take for the wheel to
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 8: Omv, One Direction, Inelastic Collision

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Momentum is the tendency of an object to keep moving once it is in motion. To change the momentum of an object, it will require a force for a certain d
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SFUPHYS 100Simon WatkinsFall

PHYS 100- Final Exam Guide - Comprehensive Notes for the exam ( 78 pages long!)

OC193162578 Page
0
View Document
SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 2. kinematic equations

OC19316255 Page
0
View Document
SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 4: Electric Field, Free Body Diagram, International System Of Units

OC24448585 Page
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Dynamics is the study of the forces that cause objects and systems to move: force is defined as a push or pull. Free-body diagrams are used to illustra
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 7. centripetal force

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 4. projectile motion

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: 5. forces

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Final: position time graph & acceleration

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SFUPHYS 100allSpring

PHYS 100 Midterm: PHYS 100 Midterm 2 2007

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SFUPHYS 100Firuz DemirSummer

PHYS 100 Chapter 2.4: CHAPTER 2.4-2.5

OC8165171 Page
2
The ratio of vx/ t is the rate of change of velocity. The ratio of vx/ t is the slope of a velocity-versus-time graph: this is defined as acceleration.
View Document
SFUPHYS 100Firuz DemirSummer

PHYS 100 Chapter Notes - Chapter 1.1: Projectile Motion, Video Camera, Coordinate System

OC8165172 Page
4
Motio(cid:374): the (cid:272)ha(cid:374)ge of a(cid:374) o(cid:271)je(cid:272)t"s positio(cid:374) o(cid:396) o(cid:396)ie(cid:374)tatio(cid:374) (cid:
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SFUPHYS 100allSpring

PHYS 100 Midterm: PHYS 100 Midterm 2 2007

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SFUPHYS 100allSpring

PHYS 100 Study Guide - Midterm Guide: Advanced Vector Extensions, List Of Characters In Mythology Novels By Rick Riordan, Mississippi Highway 3

OC254029416 Page
0
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 6: Angular Velocity, Centripetal Force, Fictitious Force

OC24448585 Page
0
65degrees tan = v2/rg: v = (rg tan )1/2, tan = tan65, (100m)(9. 80m/s2)(2. 14)1/2, 45. 8m/s. Car is a non-intertial frame of reference because it is ac
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 3: Sin 34, Protractor, Pythagorean Theorem

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Independence of motion: the horizontal and vertical componenets of two-dimensional motion are independent of each other, any motion in the horizontal d
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 9: Angular Velocity, Mechanical Advantage, Free Body Diagram

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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 2: Coordinate System, One Direction, International System Of Units

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Kinematics is defined as the study of motion without considering its causes. In order to describe the motion of an object you must be able to describe
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SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 5: Elastic Modulus, Shear Modulus, Ultimate Tensile Strength

OC24448584 Page
0
View Document
SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 10: Gyroscope, Horse Length, Angular Acceleration

OC24448587 Page
0
Angular velocity: v = r , = v/r, r: is the radius of curvature. If she slams the brakes, causing acceleration of -87. 3 rad/s2 it take for the wheel to
View Document
SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 8: Omv, One Direction, Inelastic Collision

OC24448587 Page
0
Momentum is the tendency of an object to keep moving once it is in motion. To change the momentum of an object, it will require a force for a certain d
View Document
SFUPHYS 100Simon WatkinsFall

PHYS 100 Chapter Notes - Chapter 7: Chemical Energy, Solar Cell, Radian

OC24448589 Page
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2+2ad: this is called the work-energy theorem, and it implies that the net work on a system equals the change in the quantity. Converting between poten
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