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UVMPHYS 031Jie YangSpring

PHYS 031- Final Exam Guide - Comprehensive Notes for the exam ( 40 pages long!)

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UVMPHYS 128AllSpring

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UVMEE 100AllFall

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ANTR 350 Lecture 34: ANTR 350

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UCLAPSYCH 10Courtney ClarkFall

PSYCH 10 Study Guide - Midterm Guide: Operant Conditioning, Reinforcement

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UCLAPSYCH 10Courtney ClarkFall

PSYCH 10 Lecture Notes - Lecture 1: Psych

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UCLALIFESCI 7AMaloySpring

LIFESCI 7A Midterm: BIOLOGY 7A PRACTICE MIDTERM #2

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture Notes - One Direction

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 30: 4:12:17

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 24: 3:22:17

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UVMPHYS 031Jie YangSpring

Phys 031 Chapter 7A.docx

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T fs = 0 y direction: N fgb = 0 n = fgb. Joint is stationary. x direction: t2 cos45 - t = 0 y direction: t2 sin45 - ta = 0 sin 45 = cos 45 . * mb * g =
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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture Notes - Net Force

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Chapter 7: newton s third law: two cars have equal masses. Car b is stopped and car a runs into the back of car b. Car b exerts the same amount of forc
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UVMPHYS 031Jie YangSpring

Phys 031 Chapter 6B.docx

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Chapter 6: dynamics i: motion along a line. Key steps: use a point for object, draw each force vector starting from the object, set 2-dimensional coord
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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture Notes - Gravitational Constant, One Direction, V Engine

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Gravitational constant = g = 9. 8 m/s directed down toward earth surface. #1: a student standing on the ground throws a ball up at 15 m/s when his hand
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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 22: 3:10:17

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture Notes - Lecture 13: Microsoft Powerpoint

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 13: 2/15/17 Lecture

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UVMPHYS 031Jie YangSpring

PHYS 031 Chapter Notes - Chapter 1: Rotation Around A Fixed Axis, One Direction

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Chapter 1: concepts of motion in one dimension. Motion is the change of an object"s position overtime. Translational motion: linear, circular, and proj
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UVMPHYS 031Jie YangSpring

PHYS 031 Chapter Notes - Chapter 4: Projectile Motion, Shot Put

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Projectile motion is motion with constant acceleration in the x and y direction. X-direction is horizontal, while y-direction is vertical. X direction:
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UVMPHYS 031Jie YangSpring

Phys 031 Chapter 3.docx

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UVMPHYS 031Jie YangSpring

PHYS 031 Chapter Notes - Chapter 5: Contact Force, Friction, Normal Force

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UVMPHYS 031Jie YangSpring

PHYS 031 Chapter Notes - Chapter 1: Rotation Around A Fixed Axis, One Direction

OC956062 Page
22
Chapter 1: concepts of motion in one dimension. Motion is the change of an object"s position overtime. Translational motion: linear, circular, and proj
View Document
UVMPHYS 031Jie YangSpring

PHYS 031- Final Exam Guide - Comprehensive Notes for the exam ( 40 pages long!)

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UVMPHYS 031Jie YangSpring

PHYS 031 Chapter Notes - Chapter 4: Projectile Motion, Shot Put

OC956062 Page
21
Projectile motion is motion with constant acceleration in the x and y direction. X-direction is horizontal, while y-direction is vertical. X direction:
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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture Notes - One Direction

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 30: 4:12:17

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UVMPHYS 031Jie YangSpring

Phys 031 Chapter 3.docx

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 24: 3:22:17

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UVMPHYS 031Jie YangSpring

Phys 031 Chapter 7A.docx

OC956064 Page
18
T fs = 0 y direction: N fgb = 0 n = fgb. Joint is stationary. x direction: t2 cos45 - t = 0 y direction: t2 sin45 - ta = 0 sin 45 = cos 45 . * mb * g =
View Document
UVMPHYS 031Jie YangSpring

PHYS 031 Lecture Notes - Net Force

OC956061 Page
23
Chapter 7: newton s third law: two cars have equal masses. Car b is stopped and car a runs into the back of car b. Car b exerts the same amount of forc
View Document
UVMPHYS 031Jie YangSpring

Phys 031 Chapter 6B.docx

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Chapter 6: dynamics i: motion along a line. Key steps: use a point for object, draw each force vector starting from the object, set 2-dimensional coord
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UVMPHYS 031Jie YangSpring

PHYS 031- Final Exam Guide - Comprehensive Notes for the exam ( 40 pages long!)

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 30: 4:12:17

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 28: 4:5:17

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 27: 4:3:17

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture Notes - Lecture 26: Angular Acceleration

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 25: 3:24:17

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 24: 3:22:17

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 22: 3:10:17

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture Notes - Lecture 23: Elastic Collision

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UVMPHYS 031Jie YangSpring

PHYS 031 Lecture 21: 3:6:17

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