力學(I)

Section outline

• Select section General

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  General

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  • Select activity 公告

    

    公告 Forum
• Select section Topic 1

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  Topic 1

  • Select activity Preliminary Calculus-01

    

    Preliminary Calculus-01 URL
  • Select activity Preliminary Calculus-02

    

    Preliminary Calculus-02 URL
  • Select activity Preliminary Calculus-03

    

    Preliminary Calculus-03 URL
  • Select activity Preliminary Calculus-04

    

    Preliminary Calculus-04 URL
  • Select activity Preliminary Calculus-05

    

    Preliminary Calculus-05 URL
  • Select activity Preliminary Calculus-06

    

    Preliminary Calculus-06 URL
  • Select activity Preliminary Calculus-07

    

    Preliminary Calculus-07 URL
  • Select activity Preliminary Calculus-08

    

    Preliminary Calculus-08 URL
  • Select activity Preliminary Calculus-09

    

    Preliminary Calculus-09 URL
  • Select activity Preliminary Calculus-10

    

    Preliminary Calculus-10 URL
  • Select activity Preliminary Calculus-11

    

    Preliminary Calculus-11 URL
• Select section CH1

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  CH1

  • Select activity 1.1-Reference Frames and Displacement

    

    1.1-Reference Frames and Displacement URL
  • Select activity 1.2-Velocity and Acceleration

    

    1.2-Velocity and Acceleration URL
  • Select activity 1.3-Motion at Constant Acceleration

    

    1.3-Motion at Constant Acceleration URL
  • Select activity 1.4-Freely Falling Objects

    

    1.4-Freely Falling Objects URL
  • Select activity 1.5-Calculus: derivatives

    

    1.5-Calculus: derivatives URL
  • Select activity 1.6-Variable Acceleration

    

    1.6-Variable Acceleration URL
• Select section CH2

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  CH2

  • Select activity 2.1-Vectors and Scalars

    

    2.1-Vectors and Scalars URL
  • Select activity (/) 2.2-Projectile Motion: one particle

    

    (/) 2.2-Projectile Motion: one particle URL
  • Select activity 2.2-Projectile motion: introduction

    

    2.2-Projectile motion: introduction URL
  • Select activity 2.3-Example: throwing a stone up a hill

    

    2.3-Example: throwing a stone up a hill URL
  • Select activity 2.4-Projectile Motion: Stuff animal and a gun

    

    2.4-Projectile Motion: Stuff animal and a gun URL
  • Select activity 2.5-Relative motion: introduction

    

    2.5-Relative motion: introduction URL
  • Select activity 2.5.1-Example: Law of Addition of Velocities

    

    2.5.1-Example: Law of Addition of Velocities URL
  • Select activity 2.5.2-Example: Law of Addition of Velocities (SOL)

    

    2.5.2-Example: Law of Addition of Velocities (SOL) URL
  • Select activity 2.6-Example: Relative motion

    

    2.6-Example: Relative motion URL
• Select section CH3

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  CH3

  • Select activity 3.1-The Law of Motion(1"43)

    

    3.1-The Law of Motion(1"43) URL
  • Select activity 3.1-The Law of Motion

    

    3.1-The Law of Motion URL
  • Select activity 3.2-Free Body diagram

    

    3.2-Free Body diagram URL
  • Select activity 3.4-Example: Pulley problem (1)

    

    3.4-Example: Pulley problem (1) URL
  • Select activity 3.5-Example: Pulley problem (2)(3)

    

    3.5-Example: Pulley problem (2)(3) URL
  • Select activity 3.6-Example: Pulley problem (4)

    

    3.6-Example: Pulley problem (4) URL
  • Select activity 3.7-Example: Pulley problem (5)

    

    3.7-Example: Pulley problem (5) URL
• Select section CH4

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  CH4

  • Select activity 4.1-Friction: introduction

    

    4.1-Friction: introduction URL
  • Select activity 4.1A-Group problem: Friction

    

    4.1A-Group problem: Friction URL
  • Select activity 4.2-A ramp, a pulley, and two boxes

    

    4.2-A ramp, a pulley, and two boxes URL
  • Select activity 4.3-Example: incline motion with friction-1

    

    4.3-Example: incline motion with friction-1 URL
  • Select activity 4.4-Example: incline motion with friction-2

    

    4.4-Example: incline motion with friction-2 URL
  • Select activity 4.4A-Example: incline motion with friction-3

    

    4.4A-Example: incline motion with friction-3 URL
  • Select activity 4.5-Circular motion: introduction

    

    4.5-Circular motion: introduction URL
  • Select activity 4.6-Example: Conical pendulum

    

    4.6-Example: Conical pendulum URL
  • Select activity 4.7-Nonuniform Circular Motion

    

    4.7-Nonuniform Circular Motion URL
  • Select activity 4.7A-Example: vertical circular motion

    

    4.7A-Example: vertical circular motion URL
  • Select activity 4.8(A+B)-Highway curves: Banked and Unbanked

    

    4.8(A+B)-Highway curves: Banked and Unbanked URL
  • Select activity 4.8A-Highway curves: Banked and Unbanked

    

    4.8A-Highway curves: Banked and Unbanked URL
  • Select activity 4.8B-Highway curves with friction

    

    4.8B-Highway curves with friction URL
• Select section CH5

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  CH5

  • Select activity 5.1-What is the weightless?

    

    5.1-What is the weightless? URL
  • Select activity 5.2-Basic concept: drag force

    

    5.2-Basic concept: drag force URL
  • Select activity 5.3-Terminal velocity

    

    5.3-Terminal velocity URL
  • Select activity 5.4-Newton's law of universal gravitation

    

    5.4-Newton's law of universal gravitation URL
  • Select activity 5.5-Satellite Motion

    

    5.5-Satellite Motion URL
  • Select activity 5.6-Work and Kinetic energy (1D)

    

    5.6-Work and Kinetic energy (1D) URL
  • Select activity 5.7-Work done by a varying force

    

    5.7-Work done by a varying force URL
  • Select activity 5.8-Kinetic Energy and the Work Energy Principle

    

    5.8-Kinetic Energy and the Work Energy Principle URL
  • Select activity 5.9-Example: force as function of position

    

    5.9-Example: force as function of position URL
  • Select activity 5.9(GP7-2)

    

    5.9(GP7-2) URL
  • Select activity 5.10-Example: Energy and Energy Transfer

    

    5.10-Example: Energy and Energy Transfer URL
• Select section CH6

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  CH6

  • Select activity 6.1(A+B)-Potential Energy Related to Force (i) Gravitational force

    

    6.1(A+B)-Potential Energy Related to Force (i) Gravitational force URL
  • Select activity 6.5(A+B)-Example: Two kinds of potential energy

    

    6.5(A+B)-Example: Two kinds of potential energy URL
  • Select activity 6.1A-Potential Energy and Conservative force

    

    6.1A-Potential Energy and Conservative force URL
  • Select activity 6.1B-Mechanical energy and Conservative force

    

    6.1B-Mechanical energy and Conservative force URL
  • Select activity 6.2-Elastic and gravitational potential energies

    

    6.2-Elastic and gravitational potential energies URL
  • Select activity 6.3-Force related to potential energy

    

    6.3-Force related to potential energy URL
  • Select activity 6.4-Examples: determine force from potential energy

    

    6.4-Examples: determine force from potential energy URL
  • Select activity 6.5A-Example: Two kinds of potential energies

    

    6.5A-Example: Two kinds of potential energies URL
  • Select activity 6.5B-Example: simple pendulum

    

    6.5B-Example: simple pendulum URL
  • Select activity 6.6-Mechanical Energy and Its Conservation

    

    6.6-Mechanical Energy and Its Conservation URL
  • Select activity 6.7A-Challenge Example

    

    6.7A-Challenge Example URL
  • Select activity 6.7B-Challenge Example

    

    6.7B-Challenge Example URL
  • Select activity 6.8-Energy diagrams

    

    6.8-Energy diagrams URL
  • Select activity 6.9(A+B)-Conservation of energy

    

    6.9(A+B)-Conservation of energy URL
  • Select activity 6.9A-Power

    

    6.9A-Power URL
  • Select activity 6.9B-Example: Power needs of a car

    

    6.9B-Example: Power needs of a car URL