9:12
π How to find the tangential and normal components of a vector
Study Force
4:58
Convert verbal statements into algebraic equations (Part 4)
4:47
π How to solve rate problems leading to fractional equations (Question 3, Flow Rate)
4:52
Linear Systems Word Problem | Kirchhoff's Law (Question 4)
4:08
π How to find the angular displacement
2:39
Calculate Angular Velocity from Linear Speed and Radius
4:05
Model Alternating Current Using the Sine Wave
6:13
π How to model alternating voltage and current using the sine wave
4:15
π How to calculate capacitor current when charging or discharging
3:50
Calculate decibels gained or lost
7:31
Find Horizontal/Vertical Positions and Velocity of Projectile with Derivatives (Example 6)
4:30
Find Instantaneous Velocity, Components, and Magnitude with Derivatives (Example 5)
5:00
Find the X- and Y-Components of the Velocity with Derivatives (Example 4)
3:30
Find Angular Velocity and Acceleration Using Derivatives (Example 3)
2:31
Find Instantaneous Velocity and Acceleration Using Derivatives (Example 2)
2:12
Find Displacement and Velocity Using Derivatives (Example 1)
5:13
π How to solve rate of change problems with derivatives (Question 3, Electricity)
4:35
π How to solve rate of change problems with derivatives (Question 4, Electricity)
π How to solve rate of change problems with derivatives (Question 2, Electricity)
5:18
Express Fluid Pressure Force as an Integral (Part 1, Rectangle Dam)
7:06
Express Fluid Pressure Force as an Integral (Part 2, Semi-circle Dam)
6:08
Express Fluid Pressure Force as an Integral (Part 3, Trapezoid Dam)
5:56
Express Fluid Pressure Force as an Integral (Part 4, Triangle Dam)
4:53
Express Fluid Pressure Force as an Integral (Part 5, Quarter Circle)
3:18
Finding Work using Calculus: Integrals (Spring Example)
6:33
Finding Work using Calculus: Integrals (Tank Example 2)
5:31
π How to solve word problems involving vectors (Part 1, Force-Related)
5:20
π How to solve word problems involving vectors (Velocity Vectors, Part 2)
11:25
π Find the tension and magnitude of wires using vectors
4:03
π Find the scalar and vector projection of vectors in 3D (Work, Part 2)
5:35
π Use the cross product to calculate torque
10:29
Kinematic Motion in One Dimension (Question 1)
9:13
Kinematic Motion in One Dimension (Question 2)
4:23
Gears Turning - Computing the Arc Length Application
5:27
Calculate Angular Velocity and Linear Velocity (Part 1)
8:05
Calculate Angular Velocity and Linear Velocity (Part 2)
11:35
Resistivity: Find Diameter and Length of Copper Wire
6:25
Solving Applications Involving Forces on an Inclined Plane
4:32
Vector Applications: Force and Work (Physics)
9:46
Falling-Body Problems | Ball is Dropped From a Building... (Question 1)
12:18
Falling-Body Problems | A parachutist descends... (Question 2)
8:12
Falling-Body Problems | A coconut is dropped... (Question 3)
4:54
Falling-Body Problems | A boat is passing under... (Question 4) #physics
7:48
Kinematic Motion in One Dimension | Two trains are traveling along... (Question 3)
10:12
Falling-Body Problems | You are observing steel balls falling... (Question 5)
4:43
Falling-Body Problems | A ball is observed to pass... (Question 6)
9:10
Projectile Motion Problems | A soccer player kicks a ball... (Question 1)
6:56
Projectile Motion Problems | A soccer player kicks a ball... (Question 2)
6:37
Projectile Motion Problems | An airplane traveling at... (Question 3)
9:58
Projectile Motion Problems | A baseball is hit at a... (Question 4)
8:46
Projectile Motion Problems | A physicist turned motorcycle... (Question 5)
5:39
Finding the Acceleration of a Mass | F = ma | Forces, Vectors... (Part 1)
7:32
Finding the Acceleration of a System | Tension, cord, F=ma... (Part 2)
9:22
Double Inclined Plane Force Problem | Find the tension in the cord...
4:21
Atwood Machine | Tension and Acceleration of the System
6:10
Calculating the Acceleration Given Friction
5:33
Finding the Coefficient of Friction | Forces Sled Problem
7:40
Calculating the Acceleration Given Friction (Example 2)
10:24
Acceleration of Double Inclined Plane - Friction Force Problem
8:14
Calculating the Acceleration of a System - 2 Cords, 3 Masses
3:21
Calculating Centripetal Force and Speed
4:13
Calculating Tension in a String Moving in a Circle
7:21
Finding the Coefficient of Friction on a Spinning Surface | A 1 oz. gold coin is placed...
10:15
Finding the Period of a Conical Pendulum | Tension, Centripetal Force
8:36
Speed of a Car on a Banked Road | Normal, Centripetal Forces
6:59
Calculate the Tension of a Cord for an Object Spinning in a Circle
Calculate Maximum Speed of a Bike Riding over a Semicircular Bridge | Forces
5:34
Finding the Tension when Accelerating Up or Down | A 12 kg flower pot is hanging ...
Calculating a Person's Weight on the Moon | W = mg
4:55
Convert Between Newtons and Pounds (lbm, lbf)
Calculating Work (3 Examples) | Calculate the work done by the force ...
8:07
Calculating Work When Force is Applied Linearly, Parabolically (3 Examples)
7:35
Potential Energy Spring Compression | How far is the spring compressed?
11:16
Finding the Velocity of a Mass Down an Incline | Force, Work-Energy (2 Solutions)
Maximum Spring Compression From a Sliding Mass | A 3 kg block sliding at 12 m/s ...
5:37
Finding the Velocity of a Mass after Compressing a Spring
6:38
Compression of a Spring Placed at the Bottom of an Incline | Work-energy Problem
4:11
Calculating Where a Mass will Stop along Semicircle Track | Place a mass on a track ...
5:43
Find the Energy Lost by a Bullet Passing Through a Mass | Consider a 10 g bullet passing ...
8:37
Elevator falls onto a spring, describe its motion | Work-Energy Problem
4:49
Calculate the Center of Mass for a distribution of Mass Points
7:05
Calculate the Acceleration of the Center of Mass
5:21
Pellet, Spring, Speed Example | Law of Conservation of Momentum
Find Velocity and Direction | Conservation of Momentum
2:56
Convert lbf to kg (Pound-force to Kilograms; Part 2)
5:53
Calculating Velocity Change | Conservation of Momentum | James Bond is skiing...
Find the Resulting Speed | Conservation of Momentum | A 3,000 kg closed boxcar...
9:00
Center of Mass Problem | A 3.0 kg cat is in a 24 kg boat...
7:44
Calculating the Force of a Falling Object | Momentum, Energy, Force Problem
6:23
Ballistic Pendulum | Inelastic Collision Problem
7:34
Bullet Colliding into Block | Inelastic Collision Problem
Velocities of Colliding Blocks | Elastic Collision
5:14
Calculating Impulse Force (Physics)
Calculating Angular Acceleration | An automobile is traveling at 60 km/h...
6:46
Calculating Time when Given Angular Velocity | A disk rotating at 30 rad/s...
Rotational Problem Involving Kinematics | Consider a space station...
8:03
Finding the Tension and Force of a Mass being Whirled in a Circle
Finding the Minimum Velocity to Remain in Loop | Centripetal Force, Energy Problem
7:30
Calculating Everything Possible Related to Circular Motion | Grinding Wheel
5:38
Calculate the Torque and Angular Momentum Given Mass, Radius, Force
3:28
Calculating the Rotational Inertia
5:55
Calculate the Angular Momentum using Determinants
5:10
Problem Involving Moment of Inertia and Angular Momentum
6:49
Finding Angular Momentum and Angular Frequency
11:23
Calculating the Torque, Moment of Inertia, and Angular Acceleration
10:37
Using Energy Analysis to Find Linear and Angular Velocity | When the 30 kg mass has fallen...
Writing a Conservation of Energy Statement for a Rotating Sphere
10:13
Calculate the Tension in the Ropes
8:23
Finding the Minimum Coefficient of Friction to Remain at Equilibrium
Finding the Forces Acting on a Diving Board (Equilibrium Problem)
9:44
Calculating the Reaction Forces of a Ladder Against a Wall | Equilibrium, Torque Problem
11:46
Finding the Coefficient of Friction Between a Ladder and Floor | Equilibrium Problem
14:13
Finding the Force and Tension Exerted by a Pivoted Beam | Equilibrium Problem
13:43
Finding the Tension and Reaction Force at a Pivot
Finding the Tension of Two Cables Holding a Beam | Consider a nonuniform bar of 200 N...
2:25
Using the Gravitational Force Formula
6:42
Calculating the Escape Velocity on the Surface of the Earth
Speed Required to Shoot a Satellite Into Space
4:46
Verifying Kepler's Third Law
8:04
Calculating Angular Frequency and Frequency of a Mass-Spring System
Simple Harmonic Motion of a Piston | Frequency
10:41
Circuit 1 | Find Voltage, Current, and Power for Each Resistor (Question 1; Part 2)
Circuit 1 | Find Voltage, Current, and Power for Each Resistor (Question 1; Part 1)
Circuit 2 | Find the Voltage and Current Across Each Resistor (Part 1)
Circuit 2 | Find the Voltage and Current Across Each Resistor (Part 2)
6:44
Mass-Spring System | Calculate Spring Constant, Displacement, Period ...
5:46
Calculating Period of Oscillation of a Spring | An 0.80 kg mass hangs...
7:28
Finding Period of Mass-Spring System Given Displacement, Velocity, and Acceleration
6:28
Energy Analysis of a Mass-Spring System | Find the maximum velocity...
8:20
Calculating Total Energy of a Mass-Spring System Given the Displacement Equation
10:48
Inelastic Collision Between Block and Spring-Mass System
Calculate Restoring Constant of a Torsional Pendulum
3:20
Calculating the Pressure at the Bottom of a Pool
5:40
Classic Problem of a Hydraulic Lift
Classic Buoyancy Problem To Test For Gold | Archimedesβ Principle
4:57
U-tube Pressure Problem | Calculating Pressure
6:26
Maximum Holding Capacity of a Vessel Before Sinking
Percentage of Iceberg Submerged in Water
8:09
Calculating the Speed of Water Flow Through a Hole | Bernoulli's Equation
11:36
Find Velocity, Volume, and Shape of Stream for Water Leaving a Hole
Calculate the time for the temperature difference to be 10CΒ° | Newton's Law of Cooling
6:41
Effect of Temperature on Solids (Length, Area, Volume)
Effect of Temperature on the Period of a Pendulum
Heat Needed to Raise Water Temperature in a Copper Kettle
6:02
Does Adding Sugar to Hot Coffee Affect its Temperature?
Ice Added to Water Phase Change Problem | Heat of Fusion
3:08
Heat Flow Through a Wooden Door | Calculated
6:11
Heat Flow Through Copper and Steel Rods
Kinetic Energy and Calorimetry Problems
9:38
Falling-Body Problems | Throw the ball up from the top... (Question 7)
6:16
Calculate the Net Force on a Charged Sphere | Coulomb's Law
Time it takes for a signal from Mars to Reach Earth (Calculation)
10:33
Calculate the Net Force (3 Spheres in Triangle Formation)
8:48
Calculating Electric Field (Ι = kq/rΒ²)
2:36:53
Scent of a Woman
YouTube Movies & TV
6:35
How to Install Roof Shingles
CCX Roofing Siding Gutters
5:45
Calculating Electric Field (Part 2)
8:10
Handy tool that makes the mason's job easier
Εehmus kalkan
How to Build Easy and Strong Storage Shelves
Mark Hanson
