What is the Cartesian form of $(0, π)$ $(0,pi)$ ?

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What is the Cartesian form of $(0, π)$ $(0,pi)$ ?

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Answer 1 · 2018-07-05T18:32:19

The Cartesian form of $(0, π)$ $(0,pi)$ is $(0, 0)$ $(0,0)$ .

Explanation:

Given polar coordinates $(r, θ)$ $(r,theta)$ , the corresponding Cartesian coordinates are $(r cos θ, r sin θ)$ $(rcostheta,rsintheta)$ . Therefore, the Cartesian coordinates of $(0, π)$ $(0,pi)$ are $(0 cos π, 0 sin π) = (0, 0)$ $(0cospi,0sinpi)=(0,0)$

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What is the Cartesian form of $(0, π)$ $(0,pi)$ ?

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What is the Cartesian form of $(0, π)$ $(0,pi)$ ?