loge(-loge(s))=loge(t)+loge((a*exp(bx))+(c*exp(d*y)))

Solution for loge(-loge(s))=loge(t)+loge((a*exp(bx))+(c*exp(d*y))) equation:

Simplifying
loge(-1loge(s)) = loge(t) + loge((a * exp(bx)) + (c * exp(d * y)))

Multiply eglo * s
eglo(-1eglos) = loge(t) + loge((a * exp(bx)) + (c * exp(d * y)))

Remove parenthesis around (-1eglos)
eglo * -1eglos = loge(t) + loge((a * exp(bx)) + (c * exp(d * y)))

Reorder the terms for easier multiplication:
-1eglo * eglos = loge(t) + loge((a * exp(bx)) + (c * exp(d * y)))

Multiply eglo * eglos
-1e2g2l2o2s = loge(t) + loge((a * exp(bx)) + (c * exp(d * y)))

Multiply eglo * t
-1e2g2l2o2s = eglot + loge((a * exp(bx)) + (c * exp(d * y)))

Multiply a * epx
-1e2g2l2o2s = eglot + eglo((aepx * bx) + (c * exp(d * y)))

Multiply aepx * bx
-1e2g2l2o2s = eglot + eglo((abepx2) + (c * exp(d * y)))
-1e2g2l2o2s = eglot + eglo(abepx2 + (c * exp(d * y)))

Multiply d * y
-1e2g2l2o2s = eglot + eglo(abepx2 + (c * epx(dy)))

Multiply c * epx
-1e2g2l2o2s = eglot + eglo(abepx2 + (cepx * dy))

Multiply cepx * dy
-1e2g2l2o2s = eglot + eglo(abepx2 + (cdepxy))
-1e2g2l2o2s = eglot + eglo(abepx2 + cdepxy)
-1e2g2l2o2s = eglot + (abepx2 * eglo + cdepxy * eglo)
-1e2g2l2o2s = eglot + (abe2glopx2 + cde2glopxy)

Reorder the terms:
-1e2g2l2o2s = abe2glopx2 + cde2glopxy + eglot

Solving
-1e2g2l2o2s = abe2glopx2 + cde2glopxy + eglot

Solving for variable 'e'.

Reorder the terms:
-1abe2glopx2 + -1cde2glopxy + -1eglot + -1e2g2l2o2s = abe2glopx2 + cde2glopxy + eglot + -1abe2glopx2 + -1cde2glopxy + -1eglot

Reorder the terms:
-1abe2glopx2 + -1cde2glopxy + -1eglot + -1e2g2l2o2s = abe2glopx2 + -1abe2glopx2 + cde2glopxy + -1cde2glopxy + eglot + -1eglot

Combine like terms: abe2glopx2 + -1abe2glopx2 = 0
-1abe2glopx2 + -1cde2glopxy + -1eglot + -1e2g2l2o2s = 0 + cde2glopxy + -1cde2glopxy + eglot + -1eglot
-1abe2glopx2 + -1cde2glopxy + -1eglot + -1e2g2l2o2s = cde2glopxy + -1cde2glopxy + eglot + -1eglot

Combine like terms: cde2glopxy + -1cde2glopxy = 0
-1abe2glopx2 + -1cde2glopxy + -1eglot + -1e2g2l2o2s = 0 + eglot + -1eglot
-1abe2glopx2 + -1cde2glopxy + -1eglot + -1e2g2l2o2s = eglot + -1eglot

Combine like terms: eglot + -1eglot = 0
-1abe2glopx2 + -1cde2glopxy + -1eglot + -1e2g2l2o2s = 0

Factor out the Greatest Common Factor (GCF), '-1eglo'.
-1eglo(abepx2 + cdepxy + t + eglos) = 0

Ignore the factor -1.
Subproblem 1
Set the factor 'eglo' equal to zero and attempt to solve:

Simplifying
eglo = 0

Solving
eglo = 0

Move all terms containing e to the left, all other terms to the right.

Simplifying
eglo = 0

The solution to this equation could not be determined.

This subproblem is being ignored because a solution could not be determined.
Subproblem 2
Set the factor '(abepx2 + cdepxy + t + eglos)' equal to zero and attempt to solve:

Simplifying
abepx2 + cdepxy + t + eglos = 0

Reorder the terms:
abepx2 + cdepxy + eglos + t = 0

Solving
abepx2 + cdepxy + eglos + t = 0

Move all terms containing e to the left, all other terms to the right.

Add '-1t' to each side of the equation.
abepx2 + cdepxy + eglos + t + -1t = 0 + -1t

Combine like terms: t + -1t = 0
abepx2 + cdepxy + eglos + 0 = 0 + -1t
abepx2 + cdepxy + eglos = 0 + -1t
Remove the zero:
abepx2 + cdepxy + eglos = -1t

The solution to this equation could not be determined.

This subproblem is being ignored because a solution could not be determined.

The solution to this equation could not be determined.