Solve 1/2|a||b|sinc

Question

Simplify the expression

- \frac{i ∣ ab ∣}{2 a ^{2} b ^{2} s n c}

Evaluate

1 \div (2 ∣ a ∣ ∣ b ∣ \times s in c)

Multiply the terms

More Steps

1 \div (2 i ∣ ab ∣ \times s n c)

Rewrite the expression

\frac{1}{2 i ∣ ab ∣ \times s n c}

Multiply numerator and denominator by conjugate of denominator

\frac{1 \times ( - 2 i ∣ ab ∣ \times s n c )}{2 i ∣ ab ∣ \times s n c ( - 2 i ∣ ab ∣ \times s n c )}

Simplify the expression

\frac{- 2 i ∣ ab ∣ \times s n c}{2 i ∣ ab ∣ \times s n c ( - 2 i ∣ ab ∣ \times s n c )}

Simplify the expression

More Steps

\frac{- 2 i ∣ ab ∣ \times s n c}{4 a ^{2} b ^{2} s ^{2} n ^{2} c ^{2}}

Reduce the fraction

More Steps

\frac{- 2 i ∣ ab ∣ \times n c}{4 a ^{2} b ^{2} s n ^{2} c ^{2}}

Reduce the fraction

More Steps

\frac{- 2 i ∣ ab ∣ \times c}{4 a ^{2} b ^{2} s n c ^{2}}

Reduce the fraction

More Steps

\frac{- 2 i ∣ ab ∣}{4 a ^{2} b ^{2} s n c}

Factor

\frac{- 2 i ∣ ab ∣ \times 1 \times 1 \times 1}{4 a ^{2} b ^{2} s n c}

Factor the expression

\frac{2 ( - i ) ∣ ab ∣}{4 a ^{2} b ^{2} s n c}

Reduce the fraction

\frac{- i ∣ ab ∣}{2 a ^{2} b ^{2} s n c}

Solution

- \frac{i ∣ ab ∣}{2 a ^{2} b ^{2} s n c}

Show Solution

s = 0, a = 0, b = 0, n = 0, c = 0

Show Solution