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Calculate the velocity time graph of a body at rest

A body starts from rest and accelerates to a velocity of 5m/s in 20s. It then maintains this velocity for10s and then
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2. asked by Mary
3. 1,234 views
A body starts from rest and accelerates to 2metres per second square for 6 seconds. it maintains this velocity for 10 seconds
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2. asked by Eunice
3. 204 views
A body falls from rest for 5seconds calculate its velocity-time graph of its motion (from t= 0s to t=5s)
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2. asked by Jacob
3. 406 views
Calculate the velocity time graph of a body at rest is given an initial uniform acceleration .
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2. asked by 7up
3. 416 views
Calculate the velocity time graph of a body at rest is given an initial uniform acceleration.
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2. asked by 7up
3. 435 views
A body at rest is given an initial uniform acceleration of 8.0m/s for 30s the body maintains the speed traveled for the next 60s
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2. asked by Akin
3. 372 views
13)What can you say about the motion of a body if its velocity-time graph is a straight line inclined with the time axis?The
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2. asked by Jon
3. 711 views
A particle starts from rest and accelerate to velocity of 5m/s in 30s it maintains this velocity for 20s and decelerates to rest
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2. asked by Darlington
3. 162 views
the velocity time graph of a car start from rest and it accelerate uniformly at a rate 3m/s2 for 5seonds if attain the velocity
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2. asked by simeon
3. 761 views
The velocity of a body A is given by v(t) = 2t^i + t3^j. The body starts from rest at time t = 0 and position s(0) = 2^i 10^j.
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2. asked by Devin
3. 449 views