Given $\overline {AB} $of length 7.3 cm and $\overline {CD} $ of length 3.4 cm, construct a line segment $\overline {XY} $ such that the length of $\overline {XY} $ is equal to the difference between the lengths of $\overline {AB} $ and $\overline {CD} $. Verify by measurement.
Answer
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Hint: We need to follow the construction steps in order.
Steps of construction:
Draw a line L and take a point X on it.
Construct XZ bar such that length $\overline {XZ} $= length of $\overline {AB} $ = 7.3 cm
Then cut off $\overline {ZY} $ = length of $\overline {CD} $= 3.4 cm
Thus the length of $\overline {XY} $ = length of $\overline {CD} $ verification : By measurement we find that length of $\overline {XY} $ = 3.9 cm = 7.3 cm – 3.4 cm = $\overline {AB} $ = $\overline {CD} $ segment $\overline {XY} $
Note:
Step 1:
Step 2:
Step 3:
Step 4:
Steps of construction:
Draw a line L and take a point X on it.
Construct XZ bar such that length $\overline {XZ} $= length of $\overline {AB} $ = 7.3 cm
Then cut off $\overline {ZY} $ = length of $\overline {CD} $= 3.4 cm
Thus the length of $\overline {XY} $ = length of $\overline {CD} $ verification : By measurement we find that length of $\overline {XY} $ = 3.9 cm = 7.3 cm – 3.4 cm = $\overline {AB} $ = $\overline {CD} $ segment $\overline {XY} $
Note:
Step 1:

Step 2:

Step 3:

Step 4:

Last updated date: 20th Sep 2023
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