(a)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension A to dimension B is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of near hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension A is given by,
The measure of dimension B is given by,
The ratio of dimension A to dimension B is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension A to Dimension B is
(b)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension A to dimension C is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of near hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension A is given by,
The measure of dimension C is given by,
The ratio of dimension A to dimension C is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension A to Dimension C is
(c)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension C to dimension D is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of near hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension C is given by,
The measure of dimension D is given by,
The ratio of dimension C to dimension D is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension C to Dimension D is
(d)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension C to dimension E is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of near hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension C is given by,
The measure of dimension E is given by,
The ratio of dimension C to dimension E is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension C to Dimension E is
(e)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension D to dimension F is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of near hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension D is given by,
The measure of dimension F is given by,
The ratio of dimension D to dimension F is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension D to Dimension F is
(f)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension F to dimension B is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of near hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension F is given by,
The measure of dimension B is given by,
The ratio of dimension F to dimension B is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension F to Dimension B is
(g)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension F to dimension C is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of near hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension F is given by,
The measure of dimension C is given by,
The ratio of dimension F to dimension C is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension F to Dimension C is
(h)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension E to dimension A is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of nearer hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension E is given by,
The measure of dimension A is given by,
The ratio of dimension E to dimension A is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension E to Dimension A is
(i)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension D to dimension B is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance the near hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension D is given by,
The measure of dimension B is given by,
The ratio of dimension D to dimension B is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension D to Dimension B is
(j)
The indicated ratios in lowest fractional form.

Answer to Problem 19A
The ratio of dimension C to dimension F is
Explanation of Solution
Given:
The given figure is as follows:
Concept used:
The dimension can be calculated by subtracting the distance of nearer hole from the one which is farther.
Calculation:
From the given figure, it is clear that the measure of dimension C is given by,
The measure of dimension F is given by,
The ratio of dimension C to dimension F is given by,
Thus, the ratio is
Conclusion:
The ratio of Dimension C to Dimension F is
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Chapter 20 Solutions
EBK MATHEMATICS FOR MACHINE TECHNOLOGY
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