78 square inches per side.
The area of a rectangle = length x width = 5 x 8 = 40 square inches.
You did not tell us the inches of width. Multiply width times length for the top. Multiply the 6 inch length x 2 inches tall, and double that answer to get two sides, Multiply the ungiven width x2 inches- and double THAT answer- to get the other two sides. Then add the 4 sides to the top, and that is the number of square inches of frosting. Leaving none for Jon to lick from the bowl.
A square has four sides of equal length so the length and width are really the same thing: 190 inches. The perimeter of the square would be 760 inches (63.3 feet).
Perimeter = 2*(Length + Width) = 2*(16 + 12) = 2*28 = 56 inches
The length is 7 inches and the width is 5 inches for a envelope
The length of the Murcielago is 181 inches, and the width is 81 inches.
Width = 9 inches Length = 30 inches
Stone 4 inches in length 2 inches in width grey 4 smooth sides to a point
The question is not quite clear in what's it's asking. Presumably it's asking what is the length and width of the rectangle? Let the length be 2x and the width be x: 2x*x = 18 2x2 = 18 Divide both sides by 2: x2 = 9 Square root both sides: x = 3 Therefore: length = 6 inches and width = 3 inches If it is asking what the width is, and the length is twice the area, then the width would be .5 inches. (L= A*2, L=36) (36*.5=18) (L*W=A)
The area is 64 square inches. Multiply length by width to get the area.
A square has equal length and width. The length would be 3.75 inches.
Multiply the length by the width, and you will get your area. For example... a standard piece of paper has two long sides, and two short sides. The two short sides are exactly the same length, and the two long sides are exactly the same length. The length of a long side is 11 inches and the length of a short side is 8.5 inches. To find the area you would multiply 11x8.5 which equals 93.5. Your area would then be 93.5 square inches. The equation is l*w=a l being length w being width a being area this equation will work for any squares or rectangles!