If $α =^{m} C_{2}, t h e n^{α} C_{2}$ is equal to a. $^{m} + 1 C_{4}$ b. $^{m} - 1 C_{4}$ c. $3^{m + 2} C_{4}$ d. $3^{m + 1} C_{4}$

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Eleanor Discussed

α =^{m} C_{2}, t h e n^{α} C_{2}

is equal to a.

^{m} + 1 C_{4}

^{m} - 1 C_{4}

3^{m + 2} C_{4}

3^{m + 1} C_{4}

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Question Text

α =^{m} C_{2}, t h e n^{α} C_{2}

is equal to a.

^{m} + 1 C_{4}

^{m} - 1 C_{4}

3^{m + 2} C_{4}

3^{m + 1} C_{4}

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