Recent content by zealot1985

Thank you very much. I'm done for the night. I'll have another question to work upon for tomorrow though.

Oh wicked. Stupid question this was.

So she can juggle 10 balls.

Trip up: Vf = Vi + at For the trip up, final velocity = 0, since it stops at the max height. 0= 10 - 10t t = 1s Trip down: Same thing, so it is 2 seconds for the entire trip?

This question's been worded really badly. It's ridiculous. I think all the balls are forming a parabola path. The launch speed is 10ms-1

No diagram. That's all that's given. My professor handed this question to us and I'm just as confused. No mention of a parabola-form or anything.

Yes that's all that's given really

This was abbreviated really, thank you for taking the time to look over this. I'll just write out the equations on a new line each time. I do have another problem in another thread. Is it possible for you to take a look at that?

Runners going in the same direction: 8.2 - 4.6 = 3.6 * 0.5 => 1.8 1.8/0.25 = 7.2 Runners going in the opposite direction: 8.2 + 4.6 = 12.8 * 0.5 => 6.4 6.4/0.25 = 25.6 Is this correct you think?

Two friends are at the local high school track, a circle measuring 440 yards for one complete lap. A can jog at 8.2 miles per hour while B’s jogging speed is 4.6 miles per hour. If they both start at the same point and jog in the same direction (say clockwise), how many times would they have...

A juggler has a set of balls that she can toss into the air. If it takes her 0.2 s to transfer a ball from the receiving hand to the launch hand and she is able to throw a given ball up with a maximum speed of 10 m/s how many balls can she successfully juggle at any time? Assume that the balls...