hello hi..k:..........What goes further the slower it goes.............................?
414000
Safety belt (seat belt) of a car - This is my answer, if you have some funny answer let us know
998322
Lets make an enormous assumption to fill in the gaps.\nYou have a thing on a string of length L and spin it round at a certain rate of rotation. Keeping the rate of roataion what would the tangential velocity of the thing be if the string was shortened to L/2?\nIn this case the tangential velocity (= the radius x the angular velocity) will also halve.
700987
The energy taken to slow the object from v1 to v2 is\n\nE=FS=(1/2)m(sqr(v2)-sqr(v1))\n\nand given v2=(1/2)(v1)\n\nWe get  v1=sqrt((8/3)(FS/m)) = 12m/s\n\nAlso from v2=v1+at     and          F=ma\n\nt=v1/(2a)=mv1/(2F) = 1 second
769723
I don't get it...\nBut I am slow...\nHmm...
955526
Light moves slower through denser media because more particles get in its way. Each time the light bumps into a particle of the medium, the light gets absorbed which causes the particle to vibrate a little and then the light gets re-emitted. This process causes a time delay in the light's movement so the more particles there are (the more dense the medium), then the more the light will be slowed down.\n\nAs the light 'slows' down, it will then bends towards the normal.\n\nthink of a car with 4 wheels getting into a sand area from the road. as the one of the two front wheels hit the sand, it encounters resistance n hence slows down. however, the other three wheels are still moving at the normal speed. this results in the whole car moving forward but turned in the direction of the first wheel that was slowed down by the sand.
620893
The best way to work this out would be to plot a speed time graph for the information.\n\nOr you could express it as a simultaneous equation.
125621
B) Increase\n\nThe difference in the two objects' velocities would be constant since that are both accelerating at the same rate, but the first object already had a higher initial velocity (from Object B' point of view).\n\nThe equation relating the distance traveled with respect to initial velocity, accelertion and time is,\nd = v_i * t + 1/2 a*t^2\nSo for both objects, after B is released the 1/2 a*t^2 part of the equation is the same, so we can ignore that part and focus on the v_i * t part.\nIf we start t=0 at the moment object B is released, object A's velocity is some non-zero number while B has no initial velocity.  So as time goes on, the distance between the 2 objects inceases.
516568
when you travel faster than the speed of sound.
764197
(a)  How long does it take the propeller to go 1/3 of a revolution?  Figure that out, and you'll have your answer.\n(b)  Similarly, how long does it take to go 2/3 of a revolution?
780136
Different trajectory?
765354
a-decreases\n\nand only about 10% of the energy is actually passed on
780612
a speeding object slows down in time due to gravity not speed. that's why steins general theory was also trying to tell us. that gravity slows time.
68749
Rabid_Scientist is entirely correct.  Both you and your home see time in the other place as speeding up.  I do have something to add to that though.  If you maintain a constant velocity, it can only be measured relative to some other point of reference, so there is no way to determine which is faster, and consequenty it cannot be determined whose time is actually going faster.  However, if you are accelerating it's a whole different story.  As you speed up to that super fast speed where the time differental starts to be noticable, you will see time on your home planet speed up and they will see your time slow down. (Sorry, I'm not going to try to explain this, I'm not sure I entirely understand it myself).  If you were to go back to your home planet, far more time would have passed for them than for you.  This effect will be greater with greater acceleration and greater speed so in that regard time will pass on your home planet more quickly the faster you go.
401109
between 10 and 30. thats not to say it cant be shorter or longer. dont worry about the lenght of time just enjoy the situation!!!
118955
yes faster than I can say it forwards\n\n\nzyxwvutsrqponmlkjihgfedcba
889226
Let it run its course......
779440
it will lessen a bit but it will start \n\nsorry