Good.black_hole said:I got a force diagram.
Right.I know that Fg = 505.68N
Not right. That pulling force, since it's at an angle, will affect the normal force. Luckily, that doesn't matter for this problem since there's no friction.and that should be equal to Fn.
What's the component of the pulling force in the direction of motion?I know that Ft is the force causing acceleration.
Apply Newton's 2nd law. What's the net force?What do I do from there?
Good.black_hole said:I think Fn= Fg this time (b/c it is not at an angle),
Hint: Since the box moves at a constant speed, what's the net force on it? (That should allow you to solve for Ff.)but what is Ff?
That's true.MiniSmSm said:the box moves at a constant speed
so the net force would be F = 0
No, the friction isn't zero. (Friction is just one of the forces acting on the box.)but what about friction ? wouldn`t be 0 ?
Right.black_hole said:So does that mean that Ff = 2.2 N?
I would round off the answer to two significant figures, not one. But yes.That would mean that the coefficient of friction would be 0.005?
Hint: Use Newton's 2nd law to find the net force.black_hole said:But again I don't know how to find Ff?
That's correct.black_hole said:Fgparallel - Ff = Fnet
That's incorrect. Fnet ≠ Fg. Use Newton's 2nd law to get Fnet.= 72.52 N.
The purpose of "Forces coursework question" is to test your understanding and knowledge of the concept of forces, including Newton's Laws of Motion and other related topics. This coursework is typically assigned in physics or mechanics courses and is used to assess your ability to apply the principles of forces to real-world scenarios.
"Forces coursework question" is typically structured as a problem-solving exercise. You will be given a scenario or situation and asked to identify the forces at play, their magnitudes and directions, and how they affect the objects in the scenario. You may also be asked to calculate the resulting acceleration or other related quantities.
Some common topics covered in "Forces coursework question" include Newton's Laws of Motion, friction, tension, gravity, and centripetal force. You may also be asked to apply these concepts to real-world scenarios, such as objects in motion, pulley systems, or objects on inclined planes.
To prepare for "Forces coursework question", it is important to have a solid understanding of the underlying concepts and principles. Reviewing your notes, textbook, and class lectures can be helpful. It is also beneficial to practice solving problems similar to those you may encounter in the coursework. Working with a study group or seeking help from your instructor can also aid in your preparation.
"Forces coursework question" is typically graded on the accuracy and completeness of your solutions. This includes correctly identifying forces, using appropriate equations, and showing your work. Your understanding of the underlying concepts and your ability to apply them to a variety of scenarios will also be evaluated. It is important to carefully read and follow the instructions and show all of your work to receive the best possible grade.