The formula for the volume of a cylinder is V = 2 * pi * r * h, where r is the radius, h is the height, and pi is 3.14159... Since the diameter is twice the radius, rewrite the formula as V = pi * d * h, solve for d, plug in your values, and compute.
the angle between the two sides is used in the formula A = 1/2 a*b*sin(C) where A is area, a and b are side lengths, and C is the angle between sides. Simply use algebra to rearrange the formula to solve for C.
R = radius c = chord length s = curve length c = 2Rsin(s/2R) you can solve for radius by trial and error as this is a transcendental equation
I am assuming the 10cm is the diameter. C/d = pi, where C is circumference, d is the diameter, and pi is 3.14159. To find circumference, we change the formula to solve for C. C = pi x d = 3.14159 x 10cm = 31.4159cm
To find the radius of a circle with a circumference of 121, you can use the formula for the circumference of a circle: C = 2Οr, where C is the circumference and r is the radius. Given that the circumference is 121, you can plug this value into the formula and solve for the radius. Dividing 121 by 2Ο will give you the radius of the circle, which is approximately 19.24 units.
l= A/ W
A = 2bc - dAdd 'd' to each side of the equation:A + d = 2bcDivide each side by 2b :(A + d)/2b = c
None.
a=f/ m
m= f/a
a = 2b + c then a - 2b = c ie c = a - 2b
5
If: a = 2b+c Then: a-c = 2b And: b = (a-c)/2
c= a-2b
a-2b=c
The answer depends on what information you already have. The simplest version of a formula is f(x) = c.
a=2 BC - d is c=2(a + b)