Recent content by g65hy

So could anyone work out either the coefficient of friction or just friction?

I got negative because since this was a lab, we tried to make the slope 30 degrees but probably wasnt Thats why my teach says we may get a negative answer

The object is on a high friction surface (sand paper) and is just on the verge of moving at a constant velocity

1. yes 2. yes Im only in gr 11 physics so it won't be very complicated

Ive done it for every other question...but I am in grade 11 and our formula for the coefficient of friction is μ=Ff/Fn If you don't think there's enough info, could you do just the friction? Thanks

yes the information is complete, I had to take it from a table with info in it so there's no complete statement, and btw there's no acceleration

An object on a 30 degree inclined surface with force applied up the ramp, weight of object = 6.9N, applied force on object = 3.13N My answer was -0.05, but I'm not sure if this is right so I want to make sure with someone's help Thanks

I know that, I don't think you're reading my whole post or maybe you're just ignoring most of it

A is going back to the source B is going away from the source C is staying at rest with an offset D is slowing going a way from the source -All velocities are constant What I'm most confused about is how to do #5 so if you could show me how to do that part, that would be great For points...

I don't think I will be able to use a program like that, I'm only in high school, but I'll try But could you run me through the steps so I can get this right because this is worth a lot of marks, and if I get one step wrong, the rest of the graph will be marked wrong Thanks

Please provide coordinates on the following graph (or a picture if possible) as displacement vs time, velocity vs time, acceleration vs time, or all of these, which would be greatly appreciated 1) *P1 stays at rest for 7 minutes, *P2 stays at rest for 2 minutes 2) P2 walks to their locker for...