From an overhead tank water drops are falling at regular intervals of time of "1/7s" .At the instant the first drop hits the ground,the 8th drop is about to leave the tank.At that instant,distance between 2nd and 3rd drops is

Water drops are falling at regular intervals from roof of building of height "16m" .At the instant first drop touches the ground "5^(" th ")" drop is leaving the roof.Distance between "2^(" nd ")" and "3^(" rd ")" drops at that instant is

From the top of a building, 16 m high water drop are falling at eqal intervals of time such that when the first drop reaches the ground, the fifth drop just starts. Find the distance between the successive drops at hat instant.

Water drops are falling at a regular interval from a leaked pipe 18m above the floor. When first drop touches the ground, fourth drop is just leaving the pipe. What is the height of third drop at the given instant?

Drops of water fall from the roof of a building 9m. High at regular intervals of time, the first drop reaching the ground at the same instant fourth drop starts to fall. What are the distance of the second and third drops from the roof?

Drops of water fall at regular intervals from the roof of a building of height h=16m . The first drop striking the ground at the same moment as the fifth drop is ready to leave from the roof. Find the distance betweent he successive drops.

Water drops fall at regular intervals from a roof. At an instant when a drop is about to leave the roof, the separations between 3 successive drops below the roof are in the ratio

Water drops are falling from a nozzle of a shower onto the floor, from a height of 9.8 m. The drops fall at a regular interval of time. When the first drop strikes the floor, at that instant, the third drop begins to fall. Locate the position of second drop from the floor when the first drop strikes the floor.

Water drops are falling in regular intervals of time from top of a tower to height 9 m. If 4^(th) drop begins to fall when 1^(st) drop reaches the ground, find the positions of 2^(nd) & 3^(rd) drops from the top of the tower.

Water drops from the nozzle of a shower into the stall floor 176.4 m below. The drops fall at regular interval of time, the first drop striking the floor at the instant the fourth drop begins to fall. Find the location of the individual drops when a drop strikes the floor. Take g = 9.8 m//s^(2)

Water drops are falling from a tip at regular time intervals. When the fifth drop is near to fall from tap the first drop is at ground. If the top is fixed at height H from ground then find out (i) the height of the second drop from ground (ii) distance between the second and third drop (iii) velocity of third drop