uniform acceleration in simple words
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2
Heya!!
To be simple,
If any body is moving in a " straight path" and its velocity is changing in "equal amounts" in "equal intervels of time" , then it is having a uniform acceleration
e.g a rocket lift from a space centre(here, it is moving in a straight path, changes its velocity in equal intervels say, at first it have a velocity of 200m/s after every 20 seconds, it is increasing by 500m) like this
To be simple,
If any body is moving in a " straight path" and its velocity is changing in "equal amounts" in "equal intervels of time" , then it is having a uniform acceleration
e.g a rocket lift from a space centre(here, it is moving in a straight path, changes its velocity in equal intervels say, at first it have a velocity of 200m/s after every 20 seconds, it is increasing by 500m) like this
suryansh753:
good question diya
Answered by
2
Same Change in velocity in equal interval of time,
For ex
If a body say, a bike, moves from its house to a shop, bike was initially at rest, now its in first 5 second it covered 10, so velocity becomes 2 m/s
Now if bike travels from, shop ( were velocity was @10m/s ) then it will move to a petrol pump , where its velocity changes to 20m/s
Now, if u see that in case1
Final -initial velocity /t=accelartion
In case 2
Final (20m/s)- initial velocity (10)/t=acceleration
Both the acceleration remains constant or u say uniform
Note that equal change in velocity with equal interval of time
For ex
If a body say, a bike, moves from its house to a shop, bike was initially at rest, now its in first 5 second it covered 10, so velocity becomes 2 m/s
Now if bike travels from, shop ( were velocity was @10m/s ) then it will move to a petrol pump , where its velocity changes to 20m/s
Now, if u see that in case1
Final -initial velocity /t=accelartion
In case 2
Final (20m/s)- initial velocity (10)/t=acceleration
Both the acceleration remains constant or u say uniform
Note that equal change in velocity with equal interval of time
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