What are the solutions to the equation solvefor R,((pi-θ)R^2)/2 =(θR^2)/2 ?

The solutions to the equation solvefor R,((pi-θ)R^2)/2 =(θR^2)/2 are R=0

Find the zeros of solvefor R,((pi-θ)R^2)/2 =(θR^2)/2

The zeros of solvefor R,((pi-θ)R^2)/2 =(θR^2)/2 are R=0

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solve for

R, \frac{( π - θ ) R ^{2}}{2} = \frac{θ R ^{2}}{2}

R = 0

Solution steps

\frac{( π - θ ) R ^{2}}{2} = \frac{θ R ^{2}}{2}

Expand

\frac{( π - θ ) R ^{2}}{2} : \frac{π R ^{2}}{2} - \frac{θ R ^{2}}{2}

\frac{π R ^{2}}{2} - \frac{θ R ^{2}}{2} = \frac{θ R ^{2}}{2}

Move

\frac{θ R ^{2}}{2}

to the left side

\frac{π R ^{2} - 2 θ R ^{2}}{2} = 0

Multiply both sides by

2

π R^{2} - 2 θ R^{2} = 0

Factor

π R^{2} - 2 θ R^{2} : R^{2} (π - 2 θ)

R^{2} (π - 2 θ) = 0

Using the Zero Factor Principle:

ab = 0

then

a = 0

b = 0

R^{2} = 0

Apply rule

x^{n} = 0 \Rightarrow x = 0

R = 0

\frac{1}{12500} + \frac{3 θ}{125} + θ^{2} = 0

x^{2} = \frac{x ^{2}}{8}

5 = (2 - h)^{2} + (4 - 2 h)^{2}

x, (x - \frac{a}{2})^{2} + y^{2} = \frac{a ^{2}}{4}

144 = x^{2}

What are the solutions to the equation solvefor R,((pi-θ)R^2)/2 =(θR^2)/2 ?
The solutions to the equation solvefor R,((pi-θ)R^2)/2 =(θR^2)/2 are R=0
Find the zeros of solvefor R,((pi-θ)R^2)/2 =(θR^2)/2
The zeros of solvefor R,((pi-θ)R^2)/2 =(θR^2)/2 are R=0