Since the base and height for a square are always equal, and all angles included are right angles (90 degrees), it is common to refer to each as a side. All sides are of equal length, and base = height.
base = (2*area)/height
no , pyramids need not have only squares as their base. the base of a pyramid can be any polygon.
YOu divide the Base by half, and then DIvide the area by half of the base to get the height.
Volume = (height)(area base)
area =1/2 base length x height
You have to use trig. If the base angle is a and base b, the height is b tan(a).
area = 1/2 base * perpendicular height you can't find both the base and the height if you only know the area
You can only find the area of the base with this information. The volume divided by the height will give you the area of the base.
I'm pretty sure that only works if it is an isosceles right triangle. In that case, use the Pythagorean theorem to calculate the base and height knowing only the hypotenuse. A2 + B2 = C2. A=B= height= base. C= hypotenuse
No. I can only find the height in terms of the base (and area) of the triangle, or the base in terms of the height (and area) of the triangle. Specifically, since: area = 1/2 x base x height ⇒ 22 = 1/2 x base x height ⇒ 44 = base x height I can rearrange that to: height = 44 ÷ base or base = 44 ÷ height For example, the triangle could have a base of 11 units and a height of 4 units; alternatively, the triangle could have a base of 10 units and a height of 4.4 units; or, the triangle could have a height of 2 units and a base of 22 units; etc.
Presumably it's a cone or a pyramid: 1/3*base area*height = volume Make the base area the subject of the formula: base area = (volume*3)/height
So, you divide the base by 2. Then, you divide the area by that answer and you'll find the height.