Static friction homework Help at TutorEye

Best Homework Help For Static friction

Our experts are available 24/7 to help you with Static friction homework problems!

Top Questions

5.A truck moving slowly hits a small car. The truck comes to rest and the car flies off at a ...

d. Which has more mass the truck or car? Explain your answer
View More

6.I need help revising my physics project. I conducted an experiment on a DC motor and am writing on how ...

ow it connects to amperes, faradays, and magnetic dipoles and need help with proofreading and correcting what I have so far.
View More

7.An object of mass m1 is moving on a frictionless surface with a certain speed has a kinetic energy of ...

f 0.0124 J. The object collides with a horizontal spring and compresses it by 0.800 m before it is brought to rest momentarily. What is the spring constant of this spring? When the spring was compressed to 0.800 m, is the work done on the mass m1 by the spring positive, zero, or negative?
View More

Frequently Asked Questions

 

 

What is the equation for static friction?

 

The force that keeps object at rest is known as static friction. It is equal to the product of normal force and coefficient of static friction.
Equation for static friction = Normal force Coefficient of static friction

 

 

What is the formula of static friction?

 

Formula: Fs N μs
Where N is normal force and sis coefficient of static friction

 

 

How do you solve for static frictional force?

 

Static frictional force can be calculated by using normal force and coefficient of static friction.
        Fs=N μs
Let Normal force = 50 N
Coefficient of static friction μs= 0.2
Plugging value of N and μs in the formula we get static frictional force.
Fs=N μs
  = 500.2
  =10 N
In this way we have solved for static frictional force.

 

Physics Questions Answers Pages

 

Concrete Creation  Trusses gravitation Wave Mechanics optics mechanics
work and energy  materials engineering fluid mechanics kinematics Electrical Machines
Electrical Measurement Surveying And Analysis power Solid state devices nanotechnology
string theory  Fluid flow Digital Electronics Classical Physics Quantum Physics
Theory of relativity  Statistical Mechanics Quantitative Relations Between Transfer Processes
Normal Force  Voltage Units
 

 

Related Webinar & Edtech Discussions

WEBINAR ON FRICTION