A body thrown vertically upwards reaches a maximum height H which then turns to the ground calculate the distance and displacement
skyme:
total distance is 2h . and displacement is zero
displacement is zero as the final and initial point are same and distance is h + h that is 2h
total distance is 2H and displacement is 0
Answers
Answered by
96
Hey there!
We know,
Distance is the total length covered by a body in unit time.
So, distance in going upward = H
distance in coming down to ground = H
Total distance= h+ h = 2H
And we know,
Displacement is the shortest length covered by a body between its initial position and final position.
As here it is same. So, displacement is zero.
Hope It Helps YoU!
We know,
Distance is the total length covered by a body in unit time.
So, distance in going upward = H
distance in coming down to ground = H
Total distance= h+ h = 2H
And we know,
Displacement is the shortest length covered by a body between its initial position and final position.
As here it is same. So, displacement is zero.
Hope It Helps YoU!
ya its very easy
as well I know distance is shortest length
distane is actual path traveeled by an object. whereas displacement is the shortest length
body will be reach ground by 8 secs only.. let it try
Answered by
105
Heya........!!!!
_______________________________
Before taking out displacement and distance let us know what's distance and displacement .
=> Distance = distance is the actual path covered by the object .
=> Displacement = displacement is the shortest distance between initial and final position .
Now according to the question the body is thrown upwards and it reaches a height 'H '.
After that it will return to ground that is it will again cover the distance ' H ' .
So , it's DISTANCE = H + H = 2H .
As the body returns to the initial position and we know that displacement is the shortest distance between initial and final position
So , it's DISPLACEMENT = 0 .
==================================
Hope It Helps You ☺
_______________________________
Before taking out displacement and distance let us know what's distance and displacement .
=> Distance = distance is the actual path covered by the object .
=> Displacement = displacement is the shortest distance between initial and final position .
Now according to the question the body is thrown upwards and it reaches a height 'H '.
After that it will return to ground that is it will again cover the distance ' H ' .
So , it's DISTANCE = H + H = 2H .
As the body returns to the initial position and we know that displacement is the shortest distance between initial and final position
So , it's DISPLACEMENT = 0 .
==================================
Hope It Helps You ☺
correct brilliant keep it up you can do better
:-)
@rohit710 bro ... Very nice ... Keep it up :)
:D Thanks a lot sis ^_^
welcome bro :D
it good answer ever well i thought
thanks a lot bro
if it falls in a parabola then the displacement should be the range of the projectile
its displacement, will be 0 because the initial point and final point in upward motion is consider to be same so there is no displacement. and the distance travelled by it will be 2H
since distance =d and body goes upward and then frm upward to downward therefore distance =2d and displacement =0 as the intial and final position of a object is same..
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