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There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and 6:5,16 litres of first and 22 litres of third bottles are taken.How much quantity from second bottle is to be taken so that final mixture from three bottle will be of ratio 16:15?
Most Upvoted Answer
There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and...
Approach:
To find the quantity from the second bottle that needs to be taken to achieve the desired ratio in the final mixture, we need to follow a systematic approach.
Given Information:
- First bottle ratio of milk and water = 3:5
- Second bottle ratio of milk and water = 7:5
- Third bottle ratio of milk and water = 6:5
- Total quantity from first bottle = 16 litres
- Total quantity from third bottle = 22 litres
- Final ratio required = 16:15
Calculations:
1. Calculate the quantities of milk and water in the first, second, and third bottles based on the given ratios.
2. Calculate the quantities of milk and water that will be in the final mixture based on the final ratio required.
3. Use the method of alligation to find the quantity from the second bottle that needs to be taken.
Final Answer:
The quantity from the second bottle that needs to be taken to achieve the final ratio of 16:15 in the mixture can be calculated using the above steps. Follow the calculations carefully to find the exact quantity from the second bottle.
To find the quantity from the second bottle that needs to be taken to achieve the desired ratio in the final mixture, we need to follow a systematic approach.
Given Information:
- First bottle ratio of milk and water = 3:5
- Second bottle ratio of milk and water = 7:5
- Third bottle ratio of milk and water = 6:5
- Total quantity from first bottle = 16 litres
- Total quantity from third bottle = 22 litres
- Final ratio required = 16:15
Calculations:
1. Calculate the quantities of milk and water in the first, second, and third bottles based on the given ratios.
2. Calculate the quantities of milk and water that will be in the final mixture based on the final ratio required.
3. Use the method of alligation to find the quantity from the second bottle that needs to be taken.
Final Answer:
The quantity from the second bottle that needs to be taken to achieve the final ratio of 16:15 in the mixture can be calculated using the above steps. Follow the calculations carefully to find the exact quantity from the second bottle.
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There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and 6:5,16 litres of first and 22 litres of third bottles are taken.How much quantity from second bottle is to be taken so that final mixture from three bottle will be of ratio 16:15?
Question Description
There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and 6:5,16 litres of first and 22 litres of third bottles are taken.How much quantity from second bottle is to be taken so that final mixture from three bottle will be of ratio 16:15? for SSC CGL 2024 is part of SSC CGL preparation. The Question and answers have been prepared according to the SSC CGL exam syllabus. Information about There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and 6:5,16 litres of first and 22 litres of third bottles are taken.How much quantity from second bottle is to be taken so that final mixture from three bottle will be of ratio 16:15? covers all topics & solutions for SSC CGL 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and 6:5,16 litres of first and 22 litres of third bottles are taken.How much quantity from second bottle is to be taken so that final mixture from three bottle will be of ratio 16:15?.
There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and 6:5,16 litres of first and 22 litres of third bottles are taken.How much quantity from second bottle is to be taken so that final mixture from three bottle will be of ratio 16:15? for SSC CGL 2024 is part of SSC CGL preparation. The Question and answers have been prepared according to the SSC CGL exam syllabus. Information about There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and 6:5,16 litres of first and 22 litres of third bottles are taken.How much quantity from second bottle is to be taken so that final mixture from three bottle will be of ratio 16:15? covers all topics & solutions for SSC CGL 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for There are 3 Bottles of mixtures of milk and water of ratio 3:5,7:5 and 6:5,16 litres of first and 22 litres of third bottles are taken.How much quantity from second bottle is to be taken so that final mixture from three bottle will be of ratio 16:15?.
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