three bottles of chemical weigh in the ratio 6:7:8.If the ratio of the weights must be changed to 8:7:6,then the chemicals at the first two must be increased by most fractions of themselves
Answers
Given:
three bottles of chemical weigh in the ratio 6:7:8. If the ratio of the weights must be changed to 8:7:6,
To Find:
then the chemicals at the first two must be increased by most fractions of themselves
Solution:
The given ratio is 6:7:8, first multiply the ratio by 10, which gives us
60:70:80
Now we need to change it to 8:7:6, keeping 80 as constant let change the ratio to 8:7:6. Now 80/6=40/3
And multiplying it with the ratio we have
So it is converted into the ratio of 8:7:6
Now the 1st fraction by which it changed will be,
Now the 2nd fraction by which it changed will be,
Hence, the chemicals increased by a 7/9 fraction for the 1st ratio and for the 2nd they changed by 1/3 of themselves.
First chemical is to be increased by 7/9 of itself and second chemical is to be increased by 1/3 if 6:7:8 ratio to be changed to 8:7:6
Given:
- Three bottles of chemical weigh in the ratio 6:7:8.
- Ratio of the weights must be changed to 8:7:6
To Find:
- First two chemicals must be increased by fractions of themselves
Solution:
Given Ratio
6 : 7 : 8
Multiply by 3
18 : 21 : 24
New Required ratio
8 : 7 : 6
Multiply by 4
32 : 28 : 24
Old Ratio 18 : 21 : 24
New Ratio 32 : 28 : 24
No change in 3rd Chemical Hence,
First chemical 18 has to be made 32
and Second chemical 21 has to be made 28
First chemical is to be increased by ( 32 - 18)/18
= 14/18
= 7/9
Second chemical is to be increased by ( 28 - 21)/21
= 7/21
= 1/3
First chemical is to be increased by 7/9 of itself and second chemical is to be increased by 1/3 if 6:7:8 ratio to be changed to 8:7:6
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