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6\times \frac{-3}{4\left(-\frac{\sqrt{23}}{8}\right)}\sqrt{3}
Express \frac{-\frac{3}{4}}{-\frac{\sqrt{23}}{8}} as a single fraction.
6\times \frac{-3}{\frac{\sqrt{23}}{-2}}\sqrt{3}
Cancel out 8, the greatest common factor in 4 and 8.
6\times \frac{-3\left(-2\right)}{\sqrt{23}}\sqrt{3}
Divide -3 by \frac{\sqrt{23}}{-2} by multiplying -3 by the reciprocal of \frac{\sqrt{23}}{-2}.
6\times \frac{-3\left(-2\right)\sqrt{23}}{\left(\sqrt{23}\right)^{2}}\sqrt{3}
Rationalize the denominator of \frac{-3\left(-2\right)}{\sqrt{23}} by multiplying numerator and denominator by \sqrt{23}.
6\times \frac{-3\left(-2\right)\sqrt{23}}{23}\sqrt{3}
The square of \sqrt{23} is 23.
6\times \frac{6\sqrt{23}}{23}\sqrt{3}
Multiply -3 and -2 to get 6.
\frac{6\times 6\sqrt{23}}{23}\sqrt{3}
Express 6\times \frac{6\sqrt{23}}{23} as a single fraction.
\frac{6\times 6\sqrt{23}\sqrt{3}}{23}
Express \frac{6\times 6\sqrt{23}}{23}\sqrt{3} as a single fraction.
\frac{36\sqrt{23}\sqrt{3}}{23}
Multiply 6 and 6 to get 36.
\frac{36\sqrt{69}}{23}
To multiply \sqrt{23} and \sqrt{3}, multiply the numbers under the square root.