The polar equation is .
Convert the polar to rectangular equation.
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Substitute and
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Terrell is correct.
\Terrell used the proper substitutions, and the graph of his equation matches the original equation.
\Beckys answer is the sine function, which is not the same as the circle represented by the original polar function.
.
Terrell is correct.
\Terrell used the proper substitutions, and the graph of his equation matches the original equation.
\Beckys answer is the sine function, which is not the same as the circle represented by the original polar function.