Two bodies 1 and 2 are projected simultaneously with velocities 
m/s and 
m/s respectively. The body 1 is projected vertically up from the top of a cliff of height 
m and the body 2 is projected vertically up from the bottom of the cliff. If the bodies meet, find the time (in s) of meeting of the bodies
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m/s and m/s respectively. The body 1 is projected vertically up from the top of a cliff of height m and the body 2 is projected vertically up from the bottom of the cliff. If the bodies meet, find the time (in s) of meeting of the bodiesQuestion ID - 153882 | SaraNextGen Top Answer Two bodies 1 and 2 are projected simultaneously with velocities m/s and m/s respectively. The body 1 is projected vertically up from the top of a cliff of height m and the body 2 is projected vertically up from the bottom of the cliff. If the bodies meet, find the time (in s) of meeting of the bodies
Two bodies 1 and 2 are projected simultaneously with velocities m/s and m/s respectively. The body 1 is projected vertically up from the top of a cliff of height m and the body 2 is projected vertically up from the bottom of the cliff. If the bodies meet, find the time (in s) of meeting of the bodies
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(5) Let the particle meet after at time For the first particle, Then, For the second particle, Then, Referring to the figure, Substituting We have |
. First of all, we choose the point of collision above the top of the cliff
…(i)
…(ii)
…(iii)
from Eq. (i), 
from Eq. (ii) in Eq. (iii),