What is e^{-(mwx^2)/(2h)}*e^{-(mwx^2)/(2h)} ?

The solution to e^{-(mwx^2)/(2h)}*e^{-(mwx^2)/(2h)} is e^{-(mwx^2)/h}

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simplify e^{-(mwx^2)/(2h)}*e^{-(mwx^2)/(2h)}

simplify

e^{- \frac{m w x ^{2}}{2 h}} \cdot e^{- \frac{m w x ^{2}}{2 h}}

e^{- \frac{m w x ^{2}}{h}}

Solution steps

e^{- \frac{m w x ^{2}}{2 h}} e^{- \frac{m w x ^{2}}{2 h}}

Apply exponent rule:

a^{b} \cdot a^{c} = a^{b + c}

e^{- \frac{m w x ^{2}}{2 h}} e^{- \frac{m w x ^{2}}{2 h}} = e^{- \frac{m w x ^{2}}{2 h} - \frac{m w x ^{2}}{2 h}}

= e^{- \frac{m w x ^{2}}{2 h} - \frac{m w x ^{2}}{2 h}}

Combine the fractions

- \frac{m w x ^{2}}{2 h} - \frac{m w x ^{2}}{2 h} : - \frac{m w x ^{2}}{h}

= e^{- \frac{m w x ^{2}}{h}}

e^{- 0.36}

15 x^{2} e n t r e^{5} x

(x^{2} 0.5) (x^{2} 0.5)

x x + 3

\frac{3}{2} 2

What is e^{-(mwx^2)/(2h)}*e^{-(mwx^2)/(2h)} ?
The solution to e^{-(mwx^2)/(2h)}*e^{-(mwx^2)/(2h)} is e^{-(mwx^2)/h}