if you could slow time down can you run up or across a wall?
953185
This is a complicated question, because it supposes an impossibility, but the answer is logically simple.\n\nAll of human sciences, such as physics, chemistry, astrology, math, and so on, are based on the fact that we live in a world of 4 dimentions, which are length, width, hight, and time. there are other endless worlds made of less or more numbers of dimentions, known or unknown, but the remaining constant is time, as all objects need time to practice is physical characteristics in.\n\nso when you suppose that you could slow time down, you are supposing one of 2 things, either that time realy slows down, and then yes you could run across a wall because the gravity effect will be slowed down by the slower time, but you will exert terrible effort because you will be slowed down too, and I also expect the wall itself to be a little mushy as its "solid" nature is being practiced in a "slower" time.\n\nThe second thing is if the time is normal, and its you getting faster, this is another issue.
346914
Yes, especially forward at a rate of 1 sec = 1 sec.\n\nI also believe that other rates are possible depending on velocity and proximity to sources of gravity.\n\nI also would like to believe that it can be reversed, but that's harder to swallow due to paradox effects.
925363
If you are running a fixed distance the only way you can get a better time is to run faster.  You are stuck with the equation that time equals distance divided by speed.  So, whatever you can do to increase your speed will lower the time it takes.
1043854
This is a cool question.  If you were able to tunnel through the Earth, and fall through, your speed would keep increasing until you reached the graviational center.  At that point, the net gravitational force is zero, because all of the forces cancel.  However, you wouldn't just stop because of your inertia.  You would go right through, but then you would begin to slow down, until you reached the other hole.  Depending on how high you started from the first hole, and lets say you jumped five feet above the hole, you would come to a complete stop five feet above the second hole.  Then you would fall back through and continue that cycle.  (Of course we aren't considering air resistance, which screws everything up! ;0)\n\nGuess how long it would take to make it to the other side of the Earth through that tunnel?  Approximately 42 minutes!  Not a bad way of traveling.\n\nThe other cool thing is, if you were to tunnel from say New York to Berlin, which means the tunnel isn't obviously through the middle of the Earth, it would still take you 42 minutes!
682654
Do intervals like for 2 min go really fast and then do hill climbs.
837561
Run around with your eyes closed....real fast.
782443
Run sprints, bleachers, jump rope, and ladders. You can also do calf work like calf raisers. Believe me i did all that and i got alot faster. It took seconds off my 100 M....just continue all those workouts for awhile and you'll get faster. You can also wear ankle weights for awhile.
812369
Sorry, no.  You'd splat at the bottom of the hill in real life.\n\nThe reason for this rests in a physical law that says if you're going straight, you'll continue straight (down hill) until a force stops you from going straight.  Spinning is not that force.\n\nThe momentum (which is the thing that keeps you going straight) is linear (straight).  Spinning is angular (it goes around, not straight).  So the forces required to start spinning are not straight (they act over angles) and will not affect your straight march into that wall at the bottom of the hill.\n\nOf course, if you simply fall down, the ground pushing on you as you hit it is a linear force.  Your linear momentum will be changed (stopped in this case).  Thus, it will in fact stop you on your downward destiny with that wall at the bottom of the hill.\n\nI tried to keep equations and such out of this, just the one notion: momentum will keep you going straight downhill until you apply a linear force (not angular like spinning) to stop your run.
51050
Actualy yes you would be able to.  Relativity predicts that you would at least.
943377
running behind the up (top) rank
865832
throw a ball against an uneven wall and try to catch it, you wont know where it is going so you need to react fast
1155383
you wouldn't be able to walk the way you do...let alone run
105015
Catch a slow running track runner,knock him out and take them.Is that cheap enough?  LOL.
588418
No....your breathing rate doesn't jump that fast...and if you've been running for a while, you'll be exhaling as fast as you inhale....
299081
START SLOW HITTIN THE WATER OFF A BOARD AT HIGH SPEED CAN BREAK YA
748373
Thats an interesting question. On paper, it seems like it would be possible, but I have a hard time imagining it working. Here are my calculations.\n\nFor a human to do a "loop the loop", he would need to run fast enough so that at the top of the loop, the centripital acceleration of his CENTER OF GRAVITY would be at least as great as gravitational acceleration.\n\nCentripital acceleration = (speed)^2 / radius\nAcceleration due to gravity (g) = 9.8 m.secs^2 downward\n\nR is the radius of the loop, H is the persons height.\nWe will assume that the persons center of gravity is H/2 meters above the ground.\n\nAs the person runs through the loop, his center of gravity will travel a circle of radius R-H/2. If his running speed is V, the speed of his center of gravity will be V[1-H/(2R)].\n\n(speed)^2 /radius > g\nspeed^2 > (9.8) radius\nV^2[1-H/(2R)]^2 > (9.8)[R-H/2]\nV^2[2R-H]^2 > (9.8)2R^2[2R-H]\n\nv^2 > 2(9.8)R^2/[2R-H]\n\nV > 19.6R/SQRT[2R-H]\n\nLet us now assume that the person is 2 meters tall. The diameter of the circle must be at least that much. We will assume it is 4.0 meters, so the radius would be 2 meters.\n\nspeed  > (19.6)(2.0)/SQRT(4-2) = 7 meters per second\n\nA person 2 meters high who can manage to be running 7 meters per second at the top of a loop of diameter 4 meters should be able to do it....
710927
No, it isnt.  Time depends on the velocity you are travelling\n\nAna