Канал: Matthew Wagoner

AP physics C: Mechanics F.2.e Series and Parallel Springs

AP physics C: Mechanics F.2.e Series and Parallel Springs

Step by Step Finding Angle Between Two Two-Dimensional Vectors

Step by Step Finding Angle Between Two Two-Dimensional Vectors

Calculating Dot Product of Two 3-Dimensional Vectors

Calculating Dot Product of Two 3-Dimensional Vectors

matching equation to y=mx+b to use slope to get data

matching equation to y=mx+b to use slope to get data

hulk Thor chase

hulk Thor chase

momentum and impulse help

momentum and impulse help

work,energy,power review

work,energy,power review

Quick review of Forces

Quick review of Forces

Conservation of angular momentum ice skater example explained

Conservation of angular momentum ice skater example explained

Finding final velocity for ball rolling down ramp with rotational inertia explained

Finding final velocity for ball rolling down ramp with rotational inertia explained

Explanation of angular velocity relation to linear velocity

Explanation of angular velocity relation to linear velocity

rotational inertia torque acceleration

rotational inertia torque acceleration

Basics of solving 2D collisions

Basics of solving 2D collisions

Physics collisions - conservation of momentum

Physics collisions - conservation of momentum

Impulse explained

Impulse explained

Calculating momentum

Calculating momentum

calculating horsepower of accelerating car

calculating horsepower of accelerating car

Calculating horsepower for car to climb hill at given speed

Calculating horsepower for car to climb hill at given speed

Alternative way to solve for power

Alternative way to solve for power

Power on Game Show

Power on Game Show

Work energy practice explained

Work energy practice explained

Work energy test

Work energy test

Oscillations part 2 - using the equation of motion

Oscillations part 2 - using the equation of motion

Oscillations part 1 - determining equation of motion

Oscillations part 1 - determining equation of motion

Conservation of energy with non conservative forces

Conservation of energy with non conservative forces

Calculating magnitude of torque from given force.

Calculating magnitude of torque from given force.

Determining direction of angular velocity

Determining direction of angular velocity

Rotational Kinematics w/ example

Rotational Kinematics w/ example

Calculating work done by a varying force

Calculating work done by a varying force

Calculating work

Calculating work

Guided Lesson Using Kepler's 3rd Law to find Length of Year on Mercury

Guided Lesson Using Kepler's 3rd Law to find Length of Year on Mercury

Using Kepler’s Third Law

Using Kepler’s Third Law

Finding mass of planet

Finding mass of planet

Finding mass of central object from period of orbiting object

Finding mass of central object from period of orbiting object

Io orbit video to determine Jupiter's Mass

Io orbit video to determine Jupiter's Mass

Phobos Orbiting Mars

Phobos Orbiting Mars

Enceladus Moon orbit to find Saturn's Mass

Enceladus Moon orbit to find Saturn's Mass

Solving Satellite Problems

Solving Satellite Problems

Too Fast For Friction Force Results in Increse of Radius

Too Fast For Friction Force Results in Increse of Radius

Finding Gravitation Field On Planets Compared To Earth

Finding Gravitation Field On Planets Compared To Earth

Finding Gravitational Field On Planets Compared To Earth

Finding Gravitational Field On Planets Compared To Earth

Practice Using Newton's Law of Universal Gravitation

Practice Using Newton's Law of Universal Gravitation

Building Newton's Law of Universal Gravitation

Building Newton's Law of Universal Gravitation

Rollercoaster dip problem

Rollercoaster dip problem

finding v when given either period or frequency of motion

finding v when given either period or frequency of motion

Solving problems involving uniform circular motion

Solving problems involving uniform circular motion

Solving problems involving uniform circular motion.

Solving problems involving uniform circular motion.

Calculating Work done by Constant Force

Calculating Work done by Constant Force

Friction lesson

Friction lesson

cart on ramp practice problem 1

cart on ramp practice problem 1

Error analysis modified Atwood’s machine

Error analysis modified Atwood’s machine

Objects on Inclines - Guided Practice

Objects on Inclines - Guided Practice

Objects on Inclines - Quick Trick Forces and Newton’s Laws

Objects on Inclines - Quick Trick Forces and Newton’s Laws

Newton’s Second Law Problems with multiple objects

Newton’s Second Law Problems with multiple objects

AP N5.31

AP N5.31

AP 5.32

AP 5.32

using range equation to solve canyon jump problems

using range equation to solve canyon jump problems

projectile motion motorcycle over canyon

projectile motion motorcycle over canyon

2D relative velocity boat crossing river

2D relative velocity boat crossing river

car and truck relative 2D relative velocity problem

car and truck relative 2D relative velocity problem

2D relative velocity physics example -Football

2D relative velocity physics example -Football

2-D Relative velocity crossing river physics problem

2-D Relative velocity crossing river physics problem

Football relative velocity physics example

Football relative velocity physics example

quick example of how to solve modified Atwood’s machine

quick example of how to solve modified Atwood’s machine

how to solve modified Atwood’s machine physics problem

how to solve modified Atwood’s machine physics problem

finding velocity of ball launched horizontally off cliff

finding velocity of ball launched horizontally off cliff

Using range equation to solve for initial velocity

Using range equation to solve for initial velocity

Using Range Equation to Solve for Delta X

Using Range Equation to Solve for Delta X

using range equation to find angle

using range equation to find angle

physics Chase Problem of objects dropped/thrown in air

physics Chase Problem of objects dropped/thrown in air

physics chase problem Hulk v Thor

physics chase problem Hulk v Thor

Kinematics with Gravity Physics Example *cute dog*

Kinematics with Gravity Physics Example cute dog

Proving Mu = Tangent Theta for box on Ramp

Proving Mu = Tangent Theta for box on Ramp

mass on spring SHM period and equation derivation

mass on spring SHM period and equation derivation

Derive period and equation of motion of pendulum

Derive period and equation of motion of pendulum

power of car climbing hill from free body diagram

power of car climbing hill from free body diagram

conservation of energy vs. projectile motion

conservation of energy vs. projectile motion

conservation of angular momentum with particle

conservation of angular momentum with particle

rolling with slipping example AP physics

rolling with slipping example AP physics

calculating work when not given F or d

calculating work when not given F or d

work done by non-constant force

work done by non-constant force

Calculating Angular Momentum and Torque

Calculating Angular Momentum and Torque

using gravitation and motion of moon to find mass of Jupiter

using gravitation and motion of moon to find mass of Jupiter

AP.old.9.44

AP.old.9.44

AP.old.9.15 mass ratio of explosion

AP.old.9.15 mass ratio of explosion

Center Mass of Rod with Non-uniform Density

Center Mass of Rod with Non-uniform Density

AP.9.38

AP.9.38

swinging ball in a horizontal circle ch 5 #8

swinging ball in a horizontal circle ch 5 #8

space shuttle example ch 5 #5

space shuttle example ch 5 #5

Banked Turn Circular Motion Physics Problem Example Explanation

Banked Turn Circular Motion Physics Problem Example Explanation

AP.8.27.old

AP.8.27.old

AP.8.26.old

AP.8.26.old

Slo-Mo Newton's First Law Inertia Fail

Slo-Mo Newton's First Law Inertia Fail