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LetS={1,-1, i,-i} where i denotes the so-called imaginary complex number sqrt(-1) . Show that S is a group under the binary operation of multiplication. You

LetS={1,-1, i,-i} where i denotes the so-called\ imaginary complex number

\\\\sqrt(-1)

. Show that S is a group under the binary\ operation of multiplication. You may take for granted that multiplying complex\ numbers is associative, and you only have to verify the other group axioms. What\ is the identity element of S? For each element of S, state what its inverse is.

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