Mechanics

Mechanics Tutorials:
(8 Topics - 86 Tutorials)

Click on Linked Tutorials below
to view a Vodcast Preview

~ Topic 1: Basics of Physics
	Topic 1 Slides - Problems Only Topic 1 Slides - Solutions
	1-1: Metric Conversions 1-2: Unit Conversions & Dimensional Analysis 1-3: Unit Conversions & Dimensional Analysis (II) 1-4: Unit Conversions & Dimensional Analysis (III) 1-5: Dimensional Analysis 1-6: Significant Figures

~ Topic 2: One-Dimensional Motion & Kinematics
	Topic 2 Slides - Problems Only Topic 2 Slides - Solutions
	2-1: Position-Time Graphs 2-2: Position-Time Graphs (II) 2-3: Velocity-Time Graphs 2-4: Position from Velocity-Time Graphs 2-5: Position from Velocity-Time Graphs (II) 2-6: Acceleration 2-7: Displacement of an Accelerating Object 2-8: Displacement of an Accelerating Object (II) 2-9: Displacement of an Accelerating Object (III) 2-10: Two Objects Meeting 2-11: Falling Object 2-12: Object Accelerated by Gravity 2-13: Object Accelerated by Gravity (II) 2-14: Object Accelerated by Gravity (III)

~ Topic 3: Two-Dimensional Motion, Projectiles, & Vectors
	Topic 3 Slides - Problems Only Topic 3 Slides - Solutions
	3-1: Vector Components 3-2: Resultant Vectors 3-3: Resultant Vectors (II) 3-4: Resultant Vectors (III) 3-5: Velocity & Position of a Horizontal Projectile 3-6: Final Velocity of a Horizontal Projectile 3-7: Initial Velocity of a Horizontal Projectile 3-8: Horizontal and Vertical Velocities of a Projectile 3-9: Maximum Height and Range of a Projectile 3-10: Final Height of a Projectile 3-11: Initial Velocity of a Projectile

~ Topic 4: Forces & Newton's Laws of Motion
	Topic 4 Slides - Problems Only Topic 4 Slides - Solutions
	4-1: Free Body Diagrams 4-2: Newton's 2nd Law 4-3: Mass & Weight 4-4: Newton's 2nd Law (II) 4-5: Tension at Equal Angles 4-6: Tension at Unequal Angles 4-7: Atwood Machine 4-8: Atwood Machine (II) 4-9: Atwood Machine on an Incline 4-10: Static and Kinetic Friction 4-11: Acceleration with Friction 4-12: Friction with an Adjusted Normal Force 4-13: Friction on an Incline 4-14: Friction on an Incline (II) 4-15: Atwood Machine on an Incline

~ Topic 5: Work & Energy
	Topic 5 Slides - Problems Only Topic 5 Slides - Solutions
	5-1: Work 5-2: Work (II) 5-3: Work and Kinetic Energy 5-4: Work and Kinetic Energy (II) 5-5: Work from a Graph 5-6: Potential Energy 5-7: Conservation of Energy 5-8: Conservation of Energy (II) 5-9: Conservation of Energy (III) 5-10: Conservation of Energy and Work 5-11: Conservation of Energy and Work (II) 5-12: Power 5-13: Power (II)

~ Topic 6: Momentum
	Topic 6 Slides - Problems Only Topic 6 Slides - Solutions
	6-1: Impulse and Momentum 6-2: Impulse and Momentum (II) 6-3: Impulse from a Graph 6-4: Conservation of Momentum 6-5: Conservation of Momentum (II) 6-6: Conservation of Momentum (III) 6-7: Momentum and Projectiles 6-8: Ballistic Pendulum 6-9: Conservation of Momentum and Friction 6-10: Glancing Collisions 6-11: Glancing Collisions (II)

~ Topic 7: Uniform Circular Motion & Gravity
	Topic 7 Slides - Problems Only Topic 7 Slides - Solutions
	7-1: Centripetal Acceleration 7-2: Centripetal Force 7-3: Centripetal Force from Friction 7-4: Centripetal Force from Tension 7-5: Centripetal Force in Vertical Circles 7-6: Centripetal Force in Vertical Circles (II) 7-7: Centripetal Force and Energy 7-8: Centripetal Force and Energy (II) 7-9: Gravitational Force 7-10: Gravitational Force as Centripetal Force 7-11: Gravitational Acceleration 7-12: Gravitational Potential Energy 7-13: Gravitational Potential Energy (II)

~ Topic 8: Torque & Rotational Motion
	Topic 8 Slides - Problems Only Topic 8 Slides - Solutions
	8-1: Torque 8-2: Torque (II) 8-3: Torque and Static Equilibrium

Return to
Table of Contents

Copyright 2010 by Newitt, Newitt, and Berndt
Sioux Falls Physics Teachers Productions
www.PhysicsVodcasts.com