well, don't try to memorize them one day before a test. Do a couple of problems each day that uses each formula. Do this for a week or two and you will keep it with you. Even afterwards, use them everynow and then so you don't forget.
The human heart gives off a small electrical field. Thats how most heart rate moniters work, by picking up this field. Also has to do with why they shock you to get your heart started agian.
ok, here is what i got...
#1-
Horizontal Velocity- 10.61m/s
Vertical Velocity- 12.25m/s
Maximum Height- 30.01m
#2-
Horizontal Velocity- 16.93m/s
Vertical Velocity- 9.6m/s
Maximum Height- 18.43m
ok, here is what i got...
#1-
Horizontal Velocity- 10.61m/s
Vertical Velocity- 12.25m/s
Maximum Height- 30.01m
#2-
Horizontal Velocity- 16.93m/s
Vertical Velocity- 9.6m/s
Maximum Height- 18.43m
ok, i think i figured out how to solve it. at half the total time, the kong will be going horizontal, so the time it will take to reach the ground is the same as if it was just dropped from the same height. I can than use x=1/2(a)(t^2) to find the height. WOuld this work right?
(I have already posted this problem in the physics help, but it is more math than physics, so I am also posting it here)
For a physics experiment, we had to take a kong (dog toy with a rubber ball on the end of a rope), twirl it and then throw it as far as we could. We were told to record how...
For a physics experiment, we had to take a kong (dog toy with a rubber ball on the end of a rope), twirl it and then throw it as far as we could. We were told to record how long it was in the air for, and the distance for two throws. This was all was we were told to record. Afterwards, we need...