2007-09-24 00:02:33 · 8 answers · asked by Anonymous in Cars & Transportation ➔ Maintenance & Repairs
If you are going up a hill you will need to accelerate to maintain your current speed. Won't change your speed but you will accelerate.
Is this suppose to be a trick question?
2007-09-24 00:12:41 · answer #1 · answered by Really ? 7 · 1⤊ 3⤋
Cant you see we have an Einstein here! Relatively speaking yes you can. While driving east Speed less than the 1,000 miles an hour the earth is turning. I pulled my car around on the freeway clover leaf now heading west no change in actual ground speed now my car accelerated and is going 1,000 miles an hour faster as compared to the center of out solar system.
Hears is the real unanswerable question " how can you accurately measure velocity when time and speed are not constants"
2007-09-24 00:31:01 · answer #2 · answered by John Paul 7 · 1⤊ 3⤋
Just turn.
A change in the vector or direction that you are traveling is considered an acceleration; even if you don't change speed.
2007-09-24 04:48:10 · answer #3 · answered by Brett 2 · 3⤊ 0⤋
It's possible for YOU to accelerate without changing the speed of your car. Just lean forward and you're giong faster than your car. But it's impossible for you to accelerate and you not go faster at the same time. They both mean the same thing.
2007-09-24 00:22:04 · answer #4 · answered by mattfromasia 7 · 2⤊ 3⤋
...acceleration means to increase your speed.
if you're trying to say you want to accelerate the speed of your engine without changing or moving your car, step on the clutch then at the same time hit the pedal. this will accelerate your car's engine, but not your car...
2007-09-24 00:15:37 · answer #5 · answered by kamoteman 2 · 2⤊ 4⤋
Troll lolololololololololololololololololololololololololoololollolololoolloloollololool
2017-01-07 22:25:52 · answer #6 · answered by Anonymous · 1⤊ 0⤋
Change down.
2007-09-24 00:13:53 · answer #7 · answered by joe 6 · 0⤊ 5⤋
Clutch or Autotrans is slipping
2007-09-24 00:33:57 · answer #8 · answered by Geoff E 2 · 1⤊ 4⤋