AC = 1.5
BC = 2.0
AB = ? (hypotenuse)
We can use the basic Pythagorean theorem for this instance:
c2 = a2 + b2
C will always be the hypotenuse, while a and b will be the two legs.
c2 = (1.5)2 + (2.0)2 (plug in the values for the two legs)
c2 = 2.25 + 4 (square the numbers)
c2 = 6.25 (add)
c = 2.5 (find the square root of 6.25)
Side AB will be equal to 2.5. Remember, the hypotenuse will ALWAYS be larger than either of the two legs.
It depends on the shape you are attempting to compute the volume of. If you are attempting to compute the volume of a box (eight sides, each perpendicular), then it is simply length times width times height.
No. Angles don't have anything called a side length. However, one can use trigonometry to compute the angles of a triangle based on the side lengths of the triangle (triangles do have side lengths).
Compute means to figure out the question and get an answer.
Compute = calculate; perimeter = measurement of the outside edge.
It seems you already have the result. What is it you want to compute, and based on what data?
math
The inverses of hyperbolic function are the area hyperbolic functions. They are called area functions becasue they compute the area of a sector of the unit hyperbola x2 − y2 = 1 This is similar to the inverse trig functions which correspond to arclength of a sector on the unit circle
an example of solving a right triangle
It depends on the shape you are attempting to compute the volume of. If you are attempting to compute the volume of a box (eight sides, each perpendicular), then it is simply length times width times height.
To find the perpendicular height of a square pyramid, first compute for the volume of the pyramid. Then divide the volume by the area of the base to find pyramid's height.
{A program to compute the area of a triangle} {by Ogboin W. Meshach} Var; b,h:real; BEGIN Writeln('Triangle'); Write('Base: '); Readln(base); Write('Height: '); Readln(height); area:=0.5*base*height; Writeln('Area: ', area :0:2); End.
What kind of question is this? For a triangle, multiply the length of one side by two. For a parallelogram, divide by the width.
No. Angles don't have anything called a side length. However, one can use trigonometry to compute the angles of a triangle based on the side lengths of the triangle (triangles do have side lengths).
"a2+b2=c2"This theory helps you compute the unknown side in a right triangle, when only one side is given. So if they give one side as 4, and another as 3, you would do this: 42+32= c2 ,16+9=c2,25=c2, so now you find the square root of 25 (5).So now the measures are: 4,3, and 5.
If you know the dimensions of the missing triangle, then compute the area from those dimensions, then subtract that answer from the area of the full rectangle.
If it's a regular polygon, and you know the length of the perpendicular from the center to the middle of a side, and the length of a side, A = LNS, where L is the length of the perpendicular, N is the number of sides, and S is the number of sides. See the link for a more detailed explanation of various ways to compute the area of regular polygons.
How to compute net sales?"