Question

A deck is shaped like a parallelogram with a base length of 27 feet and a height of 11 feet. A can of wood stain will cover 40 square feet.
How many cans of stain will be needed to stain the deck?

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Answer 1

From the area of the parallelogram, it is found that 8 cans of stain will be needed to stain the deck.

What is the area of a parallelogram?

The area of a parallelogram of base length l and height h is given by:

A = lh

In this problem, the dimensions are l = 27, h = 11.

Hence, the area, in square feet, is given by:

A = 27(11) = 297.

Each can cover 40 square feet. How many cans are needed for 297 square feet?

$n = \frac{297}{40} = 7.425$

Rounding up, 8 cans of stain will be needed to stain the deck.

To learn more about the area of a parallelogram, you can take a look at brainly.com/question/17540452