Step-by-step explanation:
Given:
A pump can fill a tank with water in 2 hours
With the leakage, the Pump takes 2 hours to fill the tank.
Concept Used:
The time taken to fill/empty the tank is inversely proportional to the efficiency.
Calculation:
According to the question,
A pump can fill a tank with water in 2 hours.
The rate of filling the tank by pipe = 1/2
Again, With the leakage, the pipe takes 2 i.e. 7/3 hours to fill the tank.
Now, According to the concept used :
The rate of filling the tank by pipe along with the leakage will be 3/7.
The rate of leak in the tank = (1/2 - 3/7) = 1/14
Again, According to the Concept used,
The time taken by the leak to empty the tank = 1/(1/14) = 14.
∴ The time taken by the leak to empty the tank is 14 hours.
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Answers & Comments
Step-by-step explanation:
Given:
A pump can fill a tank with water in 2 hours
With the leakage, the Pump takes 2 hours to fill the tank.
Concept Used:
The time taken to fill/empty the tank is inversely proportional to the efficiency.
Calculation:
According to the question,
A pump can fill a tank with water in 2 hours.
The rate of filling the tank by pipe = 1/2
Again, With the leakage, the pipe takes 2 i.e. 7/3 hours to fill the tank.
Now, According to the concept used :
The rate of filling the tank by pipe along with the leakage will be 3/7.
The rate of leak in the tank = (1/2 - 3/7) = 1/14
Again, According to the Concept used,
The time taken by the leak to empty the tank = 1/(1/14) = 14.
∴ The time taken by the leak to empty the tank is 14 hours.
Please mark me as brainliest.
Step-by-step explanation:
A pump can fill a tank with water in 2 hours
With the leakage, the Pump takes 2 hours to fill the tank.
Concept Used:
The time taken to fill/empty the tank is inversely proportional to the efficiency.
Calculation:
According to the question,
A pump can fill a tank with water in 2 hours.
The rate of filling the tank by pipe = 1/2
Again, With the leakage, the pipe takes 2 i.e. 7/3 hours to fill the tank.
Now, According to the concept used :
The rate of filling the tank by pipe along with the leakage will be 3/7.
The rate of leak in the tank = (1/2 - 3/7) = 1/14
Again, According to the Concept used,
The time taken by the leak to empty the tank = 1/(1/14) = 14.
∴ The time taken by the leak to empty the tank is 14 hours.