alexandergoetz8126 alexandergoetz8126
  • 14-01-2020
  • Mathematics
contestada

Logarithmic and Exponential Forms of Equations In Exercise, write the logarithmic equation as an exponential equation, or vice versa.
In 12 = 2.4849...

Respuesta :

dfbustos dfbustos
  • 16-01-2020

Answer:

[tex] 12 = e^{2.4849}[/tex]

Step-by-step explanation:

For this case we have the following expression:

[tex] ln(12) = 2.4849[/tex]

We need to remember that the natural log and the exponentiation with the base the euler number e are inverse operations, and if we apply exponentiation on both sides of the equation we got this:

[tex] e^{ln(12)} = e^{2.4849}[/tex]

We have the identity operator for this [tex]e^{ln(x)}= x[/tex]

[tex] 12 = e^{2.4849}[/tex]

And that would be our final answer for this case.

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