The discussion revolves around finding the coefficient of friction and the angle of an incline using given distance and time values. The context involves kinematics and forces acting on an object on an incline.
The discussion is ongoing, with participants exploring different interpretations of the problem and raising questions about the assumptions that can be made. Some guidance has been offered regarding the importance of understanding fundamental concepts like free body diagrams and Newton's second law.
There is a noted lack of information regarding other forces acting on the object, leading to questions about their relevance in solving the problem.
Is this exactly how the problem was given to you?trecton22 said:I need to find the coefficient of friction and the angle of an incline with only knowing a distance of 18.0 meters and a time of 10.0 seconds.
Perhaps the point is to have you go learn it yourself. Do you have a textbook?trecton22 said:I have absolutely no idea where to begin because my teacher never taught us how to do such equations.
No one here will just hand you a solution, but we will help you. Do you know how to draw a free body diagram? Do you know Newton's second law? Kinematics equations? What have you learned so far?trecton22 said:if anyone can figure the problem out for me that would be awesome of you. thanks a lot!