ANSWER:
or
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Step-by-step explanation:
The equation given to us is
.
One way to solve this equation is to use the quadratic formula;

When we compare
to the general quadratic equation
.

When we substitute these values in to the formula, we obtain;

We evaluate to obtain;



Note that in complex numbers;

This implies that;


When we split the plus or minus sign we get;
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or
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