If the square then the area = side * side.
A = 50
therefore side = square root of 50
The longest line that fits in a square is a diagonal line from corner to corner. The length of this can be calculated using pythogoras' theorem.
A2 + B2 = C2
For this specific square A = B = squareroot of 50
So 50 + 50 = C2
C2 = 100
C = 10
The longest line is 10 feet
It is the surface area
There must be an equilateral triangle within the sector of the circle and so:- Area of sector: 60/360*pi*12*12 = 75.39822369 Area of triangle: 0.5*12*12*sin(60 degrees) = 62.35382907 Area of segment: 75.39822369-62.35382907 = 13.04439462 or about 13 square units
565.5m^2
The area doesn't tell you the perimeter.-- If the square mile is inside a circle, then the perimeter (circumference) is 3.545 miles.-- If the square mile is inside a square, then the perimeter is 4.000 miles.-- If the square mile is inside rectangle that's 2 miles long and 1/2 mile wide,then the perimeter is 5.000 miles.-- If the square mile is inside a rectangle that's 10 miles long and 0.1 mile wide,then the perimeter is 20.2 miles...etc.The area doesn't tell you the perimeter.
9 *snicker* trick question.
10 units.
You find the area of the whole square first. Then you find the area of the circle inside of it And then subtract the area of the circle from the area of the square and then you get the shaded area of the square
The area is the inside. The perimiter is around. If its a rectangle, to find the area you multiply the lengths of two sides
Make the segment into a square, find the area of the square, then find the square root of the area because the square root is equal to the side length
an area is whats the lenght and width inside a square
7 inches
IF it is assumed that the area in question is a rectangle, then the longest line segment that will fit in it is the diagonal. Then, by Pythagoras's Theorem, its length will be sqrt(272 + 212) = 34.21 cm (approx.)However, if it not a rectangle, all bets are off.A parallelogram with sides of 27 and 21 will accommodate a line segment that is a fraction short of 27+21 = 48 cm.
If you are given the area, A square units, then each side of the square is sqrt(A) units. And then the perimeter is 4*sqrt(A) units. The smaller square inside is irrelevant.
a line segment has no area. By definition a line segment is a part of a line, thus it has no area
9 of them.
9.
Inside area: pi1.51 square inches