2-D Momentum Conservation (Kuiper)
2-D Momentum Conservation with Energy
Accelerated Motion Problem 1
Accelerated Motion Problem 2
Acceleration From Velocity Graph
Acceleration on Incline Medium
Acceleration on Incline Simple
Arriving at a Certain Height
Atwood Unknown Mass Problem
Average Kinetic Energy and rms of Ideal Gas
Average vs. Instantaneous Velocity
Average vs. Maximum Velocity
Battery, Light, Meter Problem
Bernoullis Fountain Problem
Binding Energy of Nucleus
Capacitors in Parallel Circuit
Capacitors in Series Circuit
Car Acceleration (No Forces)
Car Stopping Distance Version Two
Charge Causing Electric Field
Charge Deflected by Capacitor
Charge Fired by a Capacitor
Charge Moving Through Magnetic Field
Charge on String in an Electric Field
Components of a 3D Vector
Continuity of Flow Problem
Current from the B Field of Wire
Data Set Generator (Learning to Curve Fit)
Determining Capacitance Charge for Parallel in Series Circuit
Determining Density of a Rock
Determining Density of Fluid
Determining Resistances for Parallel in Series Circuit
Differences in Landing Locations
Differences in Landing Speeds
Displaced Angle from Acceleration
Displacement Vector in 3D
Distance of Closest Approach
Distance Traveled (Projected by Spring)
Efficiency Based on PV Diagram
Electric Field from Two Charges
Energy and Momentum Conservation Level 1
Energy and Momentum Conservation Level 2
Energy Lost on Horizontal
Energy of Ballistic Pendulum
Energy of Displaced Pendulum
Energy on Frictionless Incline
Energy on Incline With Friction
Energy to Projectile Motion
Final Temperature of a System
Finding Acceleration from a P vs. T graph
Finding Battery Power Simple
Finding Battery Voltage Harder
Finding Battery Voltage Hardest
Finding Battery Voltage Medium
Finding Battery Voltage Simple
Finding Battery Voltage Very Hard
Finding Distance From Velocity Graph
Finding Distance From Velocity Graph (w/ Negatives)
Finding Distance From Velocity Graph Simple
Finding Equation of a Linear Graph
Finding Instantaneous Velocity from a P vs. T graph
Finding Mass From Torque Hard
Finding Mass From Torque Simple
Finding Mass of Meter Stick Using Torque
Finding Resistance and Capacitor Charge for Series Circuit
Finding Speed from Impulse Graph 1
Finding Speed from Impulse Graph 2
Finding the Speed of a Satellite
Finding Velocity for Ground to Ground Kick
Fireworks Vertical Motion Level 1
Fireworks Vertical Motion Level 2
Fireworks Vertical Motion Level 3
Fireworks Vertical Motion Level 4
Flow Rate From Beverage Dispenser
Force Electric Between Two Charges
Force Electric in a Box Problem
Force Electric in a Line Problem
Force Electric Triangular Arrangement Problem
Force Normal on Spinning Space Station
Frequency and Period of Sine Curve
Frequency for Standing Wave on a String
Frequency for Standing Wave on a String
Friction to Projectile Problem
Gas Partition Problem Level 2
Gravitational Field Strength
Gravitational Force for Ship on a Kuiper Belt Object
Gravitational Force Satellite
Ground to Ground Soccer Kick
Ground to Wall Soccer Kick
Half-Life and Decay Constant From Data
Heat Added in a Constant Volume Process
Heat Added in Isobaric Process
Horizontal Speed from Projectile
Ice Bucket Challenge Problem with Energy
Image From Converging Lens
Image From Converging Mirror
Image From Diverging Lens
Image From Diverging Mirror
Initial Speed from Stopping Distance
Internal Energy in Isothermal Compression
Internal Resistance from Circuit
Internal Resistance From Graph
Internal Resistance from Parallel Circuit
Internal Resistance from Terminal Voltage
Jumping Joey Simple Based on Energy
Kinetic Energy of a Ball Moving in a Circle
Kinetic Energy of a Curling Stone
Kinetic Energy of a Satellite
Landing Location of a Fluid
Landing Location of a Fluid with Different Pressures
Length and Angle of 3d Vector
Marching Band Vector Problem
Mass and KE of Particle in a Magnetic Field
Mass and Speed of a Particle in E and B Fields
Mass of Isotopes in a Mass Spectrometer
Maximum Height of Projectile from Energy
Maximum Velocity from Tangent Lines
Moment of Inertia Unknown Mass Problem
Momentum Conservation 1 (Both @ Rest)
Momentum Conservation 2 (One @ Rest)
Momentum Conservation 3 (One Overtakes)
Momentum Conservation 4 (Head-on Collision)
Motion on an Incline Level 1
Motion on an Incline Level 2
Motion on an Incline Level 3
Newton's Law Force on Angle
Newton's Law on Incline (w Friction)
Newton's Law System with 2 Frictions
Newton's Law System with 3 Masses
Newton's Law System with Friction
Parallel Circuit with Internal Resistance
Parallel in Series Circuit
Parallel of Capacitors in a Series Circuit
Pascal's Principle Problem
Percent Submerged Challenge
Perfectly Inelastic Collision
Power from Temperature Data
Power to Pull Billy Up a Hill (Level 1)
Predicting Exit Velocity (Ground to Wall)
Predictions from Constant Velocity Graph
Predictions From Two Points of Motion
Pressure Based On Temperature
Pressure from Fluid Column
Relative Velocity from Graph
Relative Velocity Problem
Resistance of Wire Problem
RLC Circuit powered by AC
Rotational Equilibrium Level 1
Rotational Equilibrium Level 2
Rotational Kinematics with Energy
Series in Parallel Circuit
Series of Capacitors in a Parallel Circuit
Specific Heat From Electricity
Speed of Charge From Repulsion
Speed of Pac-Man 2 Dimensional
Speed of Pac-Man on x-Axis
Spring Constant and Energy for Spring
Spring Constant Based on Projectile
Spring Constant By Measuring Stretch
Spring Constant from Data
Spring Constant from Force Data
Spring Constant From Graph
Spring Constant from Momentum Conservation
Spring Constant from Oscillation Graph
Spring Stretch on Another Planet
Static Equilibrium Level 1
Static Equilibrium Level 2
Static Equilibrium Level 3
Stopping Distance on Other Planet
Temperature Based on rms Speed
Total Pressure from Column Of Fluids
Two Dimensional Momentum Conservation (Curling Stone)
Two Stage Average Vs. Maximum Velocity
Two Stages of Motion Problem 1
Two Stages of Motion Problem 2
Universal Gravity Problem
Vertical Oscillation Problem
Vertical Oscillation with Timer
Wave Properties from Graph 1
Wave Properties from Graph 2
Wave Properties from Graph 3
Work Done By Force on Angle
Work Done from Force On Angle with No Friction
Work Done from Horizontal Force with Friction
Work Done from Horizontal Force with No Friction
Work Done in a Cyclic Process
Work Done in Adiabatic Compression
Work Done in Carnot Engine
Work Done in Moving Charge
Work in an Isobaric Process
