top button
Flag Notify
    Connect to us
      Site Registration

Site Registration

A mixture contains milk and water in ratio 5 : 1. On adding 5 liters of water, ratio of milk and water becomes 5 : 2....

+2 votes
482 views

A mixture contains milk and water in the ratio 5 : 1. On adding 5 liters of water, the ratio of milk and water becomes 5 : 2. What was the quantity of milk in the original mixture?

posted May 15, 2018 by Mishthy Mukherjee

Share this puzzle
Facebook Share Button Twitter Share Button LinkedIn Share Button

1 Answer

0 votes

Milk after adding water = 5x
Water after adding 5 litres of water = 1x + 5
Now the new ratio = 5/2 = 5x/(1x + 5)
10x = 5x + 25
x = 5.
Therefore initially the milk was 5*5 = 25 Litres & water = 1*5 = 5 Litres.

answer May 16, 2018 by Tejas Naik



Similar Puzzles
0 votes

In a vessel there is 170 liters of mixture of milk and water in the ratio 12:5.
A certain quantity of mixture is taken out and same amount of water is added to it, then the ratio of milk and water becomes 48:37.
What is the amount of water in the final mixture?

0 votes

Ratio of milk and water is 5:3. When 4.8 litres of mixture is taken out and added 800 ml milk and 600 ml water, the difference of milk and water in a mixture is 5 litres, then what was the difference of quantities of water and milk in initial mixture?

0 votes

Beaker A consists of sugar and water mixture in ratio 5:3 and beaker B has the same mixture in ratio 2:3. These two mixtures are mixed to form a new mixture containing half sugar and half water.
In what ratio they must be taken?

0 votes

The ratio of petrol and kerosene in the container is 3 : 2 when 10 liters of the mixture is taken out and is replaced by the kerosene, the ratio becomes 2 : 3. What is the total quantity of the mixture in the container?

0 votes

Initially two cups of same volume are present with milk filled upto 2/7th and 3/7th of their volumes.
Water is then filled in both the cups (completely).
Then two mixtures are mixed.
Find the ratio of water to milk in the mixture.

...