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UTSGPHY152H1Jason HarlowSpring

PHY152H1- Final Exam Guide - Comprehensive Notes for the exam ( 73 pages long!)

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UTSGPHY250H1Joseph ThywissenSpring

PHY250H1 Study Guide - Final Guide: Inductor, Equipotential, Vector Analysis

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UTSGPHY180H1AllFall

PHY180H1_20179_621513177364TT1soln

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UTSGPHY180H1AllFall

PHY180H1_20159_6314815841122015solnRev2

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UTSGPHY180H1AllFall

PHY180H1_20169_621482106281PHY180 2016 Midterm 1

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Give an order of magnitude, and explain your logic clearly. velocity (m/s) Consider the graph of velocity versus time shown above. (a) [5 pts. ] What w
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UTSGPHY180H1AllFall

PHY180H1_20159_6314618852422015TTsol

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UTSGPHY180H1AllFall

PHY180H1_20169_6315135566102016 Solutions

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UTSGPHY180H1AllFall

PHY180H1_20169_621482106383TT2solnToPost

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UTSGPHY180H1AllFall

PHY180H1_20179_621513059567TT2examsoln2017b

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The position (in metres) of a particle of mass 2. 0 kg is. Give your answer as a vector when appropriate, and specify units. ) (a) [5 pts. ] What is th
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UTSGPHY180H1AllFall

PHY180H1_20149_6314815841722014solnRev2

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UTSGPHY180H1AllFall

phy180f_2010_exam

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UTSGPHY152H1Jason HarlowSpring

PHY152H1 Lecture 5: Lec 5

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 9: Continuous Charge Distribution

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 32: Multiple slit diffraction / interferometry & Blackbody Radiation

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 11: Gauss's Law

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 30: Total internal reflection / dispersion & Double-slit interference

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 13: Electric Potential Difference & Calculating Potential Difference

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 20: Magnetic Field and Force & Magnetic force on current

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 26: Properties of waves & Sound waves / interference

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture Notes - Lecture 12: Horse Length

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 28: Standing waves & Reflection / refraction

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UTSGPHY152H1Young- June KimWinter

PHY152H1 Chapter Notes - Chapter 15-17: Wave Power, Angular Frequency, Electron Microscope

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Equilibrium position: point where the object would rest if no force is applied. Amplitude (xo): maximum displacement from the equilibrium position. Tim
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UTSGPHY152H1Young- June KimWinter

PHY152H1 Chapter Notes - Chapter 20: Carnot Cycle, Vtk, Thermodynamic System

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UTSGPHY152H1Young- June KimWinter

PHY152H1 Chapter 15.5-15.6: Simple Harmonic Motion

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UTSGPHY152H1Young- June KimWinter

PHY152H1 Chapter 15.1-15.4: Periodic motion

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UTSGPHY152H1Young- June KimWinter

PHY152H1 Chapter 18: Field and Forces

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Newton"s universal law of gravitation: every single point mass attracts every other point mass with a force that is directly proportional to the produc
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UTSGPHY152H1Young- June KimWinter

PHY152H1 Chapter 15.7-15.8: Restoring torques

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UTSGPHY152H1Young- June KimWinter

PHY152H1 Chapter Notes - Chapter 19: Series And Parallel Circuits, Internal Resistance, Electric Potential

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Current: ow of charge per unit time current ows from + > - Electrons are negative so they ow from - to + Battery: chemical energy > electrical energy c
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UTSGPHY152H1Young- June KimWinter

PHY152H1 Chapter Notes - Chapter 21: Open-Pit Mining, Hot Air Balloon, Wind Turbine

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8. 1 energy degradation + power generation energy can only be transferred by doing work or transferring thermal energy. Fuels a substance that can rele
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UTSGPHY152H1Jason HarlowSpring

PHY152H1- Final Exam Guide - Comprehensive Notes for the exam ( 73 pages long!)

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UTSGPHY152H1Jason HarlowSpring

PHY152H1 Lecture 5: Lec 5

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 9: Continuous Charge Distribution

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UTSGPHY152H1Kaley WalkerSpring

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UTSGPHY152H1Kaley WalkerSpring

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 13: Electric Potential Difference & Calculating Potential Difference

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 20: Magnetic Field and Force & Magnetic force on current

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 26: Properties of waves & Sound waves / interference

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UTSGPHY152H1Kaley WalkerSpring

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UTSGPHY152H1Kaley WalkerWinter

PHY152H1 Lecture 10: phy 2019-02-05 19.05.45_20190205190903

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UTSGPHY152H1Kaley WalkerWinter

PHY152H1 Lecture 18: Introduction to Capaci

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PHY152H1 Lecture 19: Electric Capacitors and related derivations

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PHY152H1 Lecture 15: Electric Potential

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 32: Multiple slit diffraction / interferometry & Blackbody Radiation

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 30: Total internal reflection / dispersion & Double-slit interference

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 28: Standing waves & Reflection / refraction

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UTSGPHY152H1Kaley WalkerSpring

PHY152H1 Lecture 26: Properties of waves & Sound waves / interference

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