Recent content by brad_i2001

Thank you SO Much! Everything worked! Do you have any suggestions for the falling ball question? Thanks Again!

Homework Statement When 100 joules of work is done upon a flywheel, it's angular speed increases from 60 rpm to 180 rpm. What is the moment of inertia? Homework Equations Angular Acceleration = (Radius)(Angular Velocity)^2 I= 1/2MR^2 Work=FD The Attempt at a Solution To be...

I think I got it. THANK YOU for your help. I appreciate it!

So, Normal Force = 517 - (517x9.81) Normal Force = 4554.77 Force of Friction = 183.194 - 285 Force of Friction = 101.806 N Is this correct? THANK YOU SO MUCH!

THANK YOU SO MUCH! Is the first problem solved in the same way?

Net Force = Frictional Force + Weight Parallel 250 = Frictional Force + 226.576 23.424 = Frictional Force Is this correct? Once Again, THANKS FOR YOUR HELP AND QUICK RESPONE!

So, NET FORCE =250 N VERTICAL Y Component= (250)(sin 25)=105.654 HORIZONTAL X Component= (250)(cos 25)=226.576 For problem 2, how do I finish finding friction?

Wouldn't you use F=MA to find normal force?

Homework Statement A large package weighing 517 N is accelerated across a gym floor at 3 m/sec^2 because it is being pushed at a force of 285 N at 50 degrees to the floor. What is the normal force of the package? What is the coefficient of sliding friction between the package and the floor...

Homework Statement A large package weighing 517 N is accelerated across a gym floor at 3 m/sec^2 because it is being pushed at a force of 285 N at 50 degrees to the floor. What is the normal force of the package? What is the coefficient of sliding friction between the package and the floor...