a section of a stained-glass window is shaped like a parallelogram.Its base is 6.5 inches,and its height is 4 inches.How much glass is need to cover the section completely?
To find the area of the parallelogram-shaped section of the stained-glass window, you can use the formula:
Area = base x height
Given that the base of the parallelogram is 6.5 inches and the height is 4 inches, you can substitute these values into the formula:
Area = 6.5 inches x 4 inches
Calculating this multiplication, the area is:
Area = 26 square inches
Therefore, you would need 26 square inches of glass to cover the parallelogram-shaped section completely.
To find the area of the parallelogram-shaped section of the stained-glass window, you can use the formula:
Area = base × height
In this case, the base of the parallelogram is 6.5 inches and the height is 4 inches. So, you can substitute these values into the formula:
Area = 6.5 inches × 4 inches
To find the total amount of glass needed to cover the section completely, you need to multiply the area by 2. Since the section is two-dimensional, two sides of the parallelogram need to be covered with glass.
Total Glass Needed = 2 × Area
Now, let's calculate the area:
Area = 6.5 inches × 4 inches
= 26 square inches
And finally, calculate the total amount of glass needed:
Total Glass Needed = 2 × 26 square inches
= 52 square inches
Therefore, you would need 52 square inches of glass to cover the section completely.
no
Area = b * h
A = 6.5 * 4
A = ?