Skip to main content
Ask a Question
Test Bank
Mechanics
Kinematics
Projectile Motion
Uniform Circular Motion
Rotational Motion
Dynamics
Simple Harmonic Motion
Momentum
Energy and Waves
Work & Energy
Conservation of Energy
Waves & Sound
Sound Superposition and Interference
The Reflection of Light
The Refraction of Light
Light Superposition and Interference
Fluids and Thermal
Fluids Mechanics
Heat Transfer
Ideal Gas
Thermodynamics
Electromagnetic
Electric Charges and Forces
Electric Fields and Potential
Electric Current and Circuits
Magnetic Fields and Forces
EM Induction, EM Waves and AC Circuits
Modern and Nuclear
Relativity
Atomic Physics
Quantum Physics
Nuclear Physics
Toolkit
Textbooks
Calculator
Glossary
LaTex
Vpython
People in science
Log in
Welcome
Username
Password
Show Password
Log in
Sign in with a passkey
Remember me
Forgot Username?
Forgot Password?
Register
Donate
Ask a Question
of physics
Test Bank
of physics
Mechanics
Kinematics
Projectile Motion
Uniform Circular Motion
Rotational Motion
Dynamics
Simple Harmonic Motion
Momentum
Energy and Waves
Work & Energy
Conservation of Energy
Waves & Sound
Sound Superposition and Interference
The Reflection of Light
The Refraction of Light
Light Superposition and Interference
Fluids and Thermal
Fluids Mechanics
Heat Transfer
Ideal Gas
Thermodynamics
Electromagnetic
Electric Charges and Forces
Electric Fields and Potential
Electric Current and Circuits
Magnetic Fields and Forces
EM Induction, EM Waves and AC Circuits
Modern and Nuclear
Relativity
Atomic Physics
Quantum Physics
Nuclear Physics
Toolkit
of physics
Textbooks
Calculator
Glossary
LaTex
Vpython
People in science
Test Bank
Mechanics
Dynamics
Dynamics (Forces and Newton's Laws of Motion)
Forces and Newton's Laws of Motion
Dynamics Principles
Using Newton’s Laws
Dynamics Principles
Title Filter
Filter
Clear
Articles
Title
A 2.0 m long uniform rod with a mass of 12 kg rotates about an axis through its center. There are applied forces as shown in the diagram below. The moment of inertia for a rod rotating about its center is given by I=(1/12)ML2 a) Assuming a counterclockwis
A desk of mass 45 kg is pushed across a rough surface (mK = 0.18) for a distance of 2.0 m by a constant force of 50 N. If the desk reaches a speed of 1.0 m/s by the end of the push, what was its speed at the beginning of the push?
given the diagram below, find the maximum m1 that will be in equilibrium with m2 and find T
A space station is in orbit between the Earth and the moon. The force due to gravity on the space station from the moon is the same as the force due to gravity from the Earth. (FGmoon = FGearth). How far away from the Earth is the space station? How far f
Page 6 of 6
3
4
5
6