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Lesson 85 of 1531 · Calculating Contact Forces Using Free Body Diagram Method – Physics · Basic studies
Calculating Contact Forces Using Free Body Diagram Method – Physics
This physics video tutorial explains how to calculate the contact force between blocks using free body diagrams. It discusses how to determine the amount of force exerted by a block on another block using Newton’s Third Law of Motion which states that for every action force, there is an equal but opposite reaction force. This video contains two practice problems of calculating the contact force between two blocks with and without kinetic friction.
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- newton's 2nd law of motion physics
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- normal force explained
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- number of turns
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- Specific Gravity
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- speed
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- speeding car
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- Standing Waves
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- static friction
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- statistics
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- sticking together
- Strain
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- study guide
- sublimation
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- sun
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- surface tension explained
- surface tension of water
- Surface-Tension
- surroundings
- sweat
- switch
- System
- system of masses
- table
- tangential acceleration
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- temperature
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- temperature gradient
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- tensile force
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- tensile stress and strain
- tension
- tension force
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- tension force physics
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- tension in a rope
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- terminal voltage
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- terminal voltage of a cell
- test charge
- tetherball
- tetherball physics problem
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- thermal
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- thermal strain
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- thermal stress physics
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- thermochemical equations
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- thermoelectric generator
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- theta
- thin lens equation
- three point charges
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- time
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- time graphs
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- toricelli's theorem
- toroid
- toroidal solenoid
- toroids
- torque
- torque on a current carrying coil
- torque on a current loop
- torque on a current loop in a uniform magnetic field
- torque physics
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- torricelli's law
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- total charge
- total distance
- total internal reflection
- total internal reflection and critical angle
- toward each other
- trailing zeros
- train problems
- trains
- Transformers
- transformers physics
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- transistors
- translational motion
- transverse and longitudinal waves
- transverse waves
- triangle
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- Trigonometric Functions
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- Triple Point
- truck
- tube closed at both ends
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- tutorial
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- two angles
- two cars opposite direction
- two dimensions
- two hanging masses
- two liquids
- two moving objects
- two objects moving towards each other
- two point charges
- two resistors
- two ropes
- u tube manometer
- u tube manometer fluid mechanics
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- u-substitution
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- ultimate strength
- unbalanced condition
- uncertainty
- uniform circular motion
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- uniform electric field
- Unit
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- universal gravitation
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- unknown charge
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- unpolarized light
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- vector
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- vector addition physics
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- vector quantity
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- Vectors
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- vectors explained
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- Velocity
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- velocity gradient fluid mechanics
- velocity time graph
- velocity time graph physics
- velocity vector
- venturi effect
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- venturi meter fluid dynamics
- venturi meter how it works
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- venturi meter problems
- Venus
- vertical
- vertical circle
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- vertical speed
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- vertical velocity
- video
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- virtual image
- Viscosity
- viscosity of fluids
- viscosity of fluids physics
- volt
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- voltage
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- voltage division
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- volts
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- volume
- volume contraction of liquids
- volume expansion
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- volume flow rate
- volume flow rate and equation of continuity
- volume flow rate problems
- volume submerged
- water
- water pressure
- water pressure gauge
- water pump
- water pump problem
- water vapor
- water wave
- Watt
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- wave
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- wavelength
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- weight
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- what is a horsepower
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- what is a kilowatt hour
- what is horsepower in a car
- wheatstone bridge circuit
- will it sink or float
- wind speed
- wire
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- with 3 components
- with friction
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- Word Problems
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- work and energy problems
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- Work done by gravity
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- Work Energy Principle
- Work energy theorem
- work energy theorem physics
- work energy theorem problems
- work required to lift an object
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- x axis
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- young's double slit experiment
- young's modulus
- young's modulus explained
- Zeros