What is the answer to solvefor a,f=axe^{bx^2} ?

The answer to solvefor a,f=axe^{bx^2} is a= f/(xe^{bx^2)};\quad xe^{bx^2}\ne 0

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solvefor a,f=axe^{bx^2}

solve for

a, f = a x e^{b x^{2}}

a = \frac{f}{x e ^{b x^{2}}}; x e^{b x^{2}} \neq = 0

Solution steps

f = a x e^{b x^{2}}

Switch sides

a x e^{b x^{2}} = f

Divide both sides by

x e^{b x^{2}}; x e^{b x^{2}} \neq = 0

a = \frac{f}{x e ^{b x^{2}}}; x e^{b x^{2}} \neq = 0

8 - 6 p + 5 p = - 6 p - 2

x^{2} + a^{2} = (a + x)^{2} - a (a - 1)

x - \frac{1}{3} = 2 x - \frac{7}{3}

x, 2 x y = 1

x, - 7 x + 5 y = 35

What is the answer to solvefor a,f=axe^{bx^2} ?
The answer to solvefor a,f=axe^{bx^2} is a= f/(xe^{bx^2)};\quad xe^{bx^2}\ne 0