5. a. Given that the line segment shown is 1 unit long, use the grid to lightly shade a rectangle that is to units by lo units. 1 unit b. Apply the length times width formula to find the area of the shaded rectangle in part (a) and verify that the formula gives you the correct area for your rectangle. Attend carefully to units of area. c. Show and describe the 10- and 10-unit lengths on your rectangle, keeping in mind that length is a one-dimentional attribute. Explain why it would be confusing to say that the small squares represent these lengths.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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5. a. Given that the line segment shown is 1 unit long, use the grid to lightly shade a
rectangle that is units by units.
1 unit.
b. Apply the length times width formula to find the area of the shaded rectangle in
part (a) and verify that the formula gives you the correct area for your rectangle.
Attend carefully to units of area.
c. Show and describe the 16-and-unit lengths on your rectangle, keeping in mind that
length is a one-dimentional attribute. Explain why it would be confusing to say that
the small squares represent these lengths.
Transcribed Image Text:5. a. Given that the line segment shown is 1 unit long, use the grid to lightly shade a rectangle that is units by units. 1 unit. b. Apply the length times width formula to find the area of the shaded rectangle in part (a) and verify that the formula gives you the correct area for your rectangle. Attend carefully to units of area. c. Show and describe the 16-and-unit lengths on your rectangle, keeping in mind that length is a one-dimentional attribute. Explain why it would be confusing to say that the small squares represent these lengths.
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