Liquid is filled in a container upto a height of `H`. A small hle is made at the bottom of the tank. Time taken to empty from `H` to `(H)/(3)` is `t_(0)`. Find the time taken to empty tank from `(H)/(3)` to zero.

Liquid is filled in a container upto a height of H . A small hole is made at the bottom of the tank. Time taken to empty from H to (H)/(3) is t_(0) . Find the time taken to empty tank from (H)/(3) to zero.

A tank is filled with a liquid upto a height H, A small hole is made at the bottom of this tank Let t_(1) be the time taken to empty first half of the tank and t_(2) time taken to empty rest half of the tank then find (t_(1))/(t_(2))

A tank is filled with a liquid upto a height H, A small hole is made at the bottom of this tank Let t_(1) be the time taken to empty first half of the tank and t_(2) time taken to empty rest half of the tank then find (t_(1))/(t_(2))

A tank is filled with a liquid upto a height H, A small hole is made at the bottom of this tank Let t_(1) be the time taken to empty first half of the tank and t_(2) time taken to empty rest half of the tank then find (t_(1))/(t_(2))

A tank is filled with a liquid upto a height H, A small hole is made at the bottom of this tank Let t_(1) be the time taken to empty first half of the tank and t_(2) time taken to empty rest half of the tank then find (t_(1))/(t_(2))

A large open tank is filled with water upto a height H. A small hole is made at the base of the tank. It takes T_1 time to decrease the height of water to H/n(ngt1) and it takes T_(2) time to take out the remaining water. If T_(1)=T_(2) , then the value of n is

A large open tank is filled with water upto a height H. A small hole is made at the base of the tank. It takes T_1 time to decrease the height of water to H/n(ngt1) and it takes T_(2) time to take out the remaining water. If T_(1)=T_(2) , then the value of n is

A large tank is filled with water to a height H . A small hole is made at the base of the tank. It takes T_(1) time to decrease the height of water to (H)/(eta) (eta gt 1) , and it takes T_(2) times to take out the rest of water. If T_(1) = T_(2) , then the value of eta is