surface area
It could be a reflection with the mirror line outside the figure; it could be a rotation with the centre of rotation outside the figure; or it could be a translation.
pi r squared * * * * * That is such a rubbish answer! A rhombus is a plane figure and, as with any plane figure it is 2 dimensional. That means it cannot have a volume.
90 degrees
An equilateral triangle has all 3 sides the same length. To find the height of a triangle, draw a line from the tip top of the triangle to the middle of the base. You should see 2 triangles now inside your original triangle. We can use Pythagoras' theorem to figure out the length of this line, the height. This theorem will only work with right triangles, which (luckily) we have just created by drawing the height line inside the triangle. The P. theorem says that side squared + side squared = hypotenuse squared. Our hypotenuse is the left or right side of the original triangle, 6 cm. The line we drew down the center is one side, and HALF of the base is the other side for the P. theorem, since the height line of the triangle cuts the base exactly in half, and creates 2 right angles at the base. This line also creates 2 right triangles inside. This is why we can use the P. theorem to help us! But we'll only be using 1 of the inside triangles. (Even though, both are identical) side squared + side squared = hyp. squared (3 cm) squared + ??? squared = 6 squared 9 + ??? squared = 36 ??? squared = 36 - 9 ??? squared = 27 ??? = sqrt(27) We can simplify sqrt(27), or you can use a calculator to approximate it. sqrt(27) = sqrt(9*3) = 3 * sqrt(3)
To find the distance around a figure, you calculate the perimeter. The perimeter is the total distance around the outside of a shape or figure. To find the perimeter of a rectangle or square, you add up all the sides. For a circle, you can find the perimeter by multiplying the diameter by π (pi).
It is the surface area of the solid.
Measure the square's in, Area, Perimeter and centimeter squared
Perimeter.
the perimeter of a figure is never squared, but the area of a figure is always squared. Hope this helped :)
To find the number that, when squared, equals 54, you take the square root of 54. This can be expressed mathematically as ( x = \sqrt{54} ). The square root of 54 simplifies to ( 3\sqrt{6} ) or approximately 7.35. Thus, the number squared that gives 54 is roughly 7.35.
To determine the length of a stair stringer, you can use the Pythagorean theorem. Measure the total rise and total run of the stairs, then calculate the square root of (rise squared run squared) to find the length of the stringer.
It is cubed.
If you know the radius, double that to get diameter. If you have neither radius or diameter, then measure around the outside.
Five squared is 25. Six squared is 36. ? squared is 29. (It's between 5 and 6.)
The measure of the interior of a closed figure refers to the area contained within its boundaries. This area can be calculated using various mathematical formulas depending on the shape of the figure, such as triangles, rectangles, or circles. In geometry, the interior is often contrasted with the exterior, which is the space outside the closed figure. Understanding the interior measure is essential in fields such as architecture, engineering, and various design applications.
The measure of the amount of surface enclosed by the boundary of a figure is called its area. Area quantifies the two-dimensional space within the perimeter of a shape, such as a rectangle, circle, or triangle. It is typically expressed in square units, such as square meters or square feet.
If the shape is circle then circumference. If any other form (non-symmetrical) then you can measure the area with integration from Calculus.