What is the answer to 50=12.036ln(x)+2.9211 ?

The answer to 50=12.036ln(x)+2.9211 is x=e^{(47.0789)/(12.036)}

Solve for x: 50=12.036ln(x)+2.9211

The solution is x=e^{(47.0789)/(12.036)}

English

Español

Português

Français

Deutsch

Italiano

Русский

中文(简体)

한국어

日本語

Tiếng Việt

עברית

العربية

Popular >

50 = 12.036 ln (x) + 2.9211

x = e^{\frac{47.0789}{12.036}}

Decimal Notation

x = 49.97421 \dots

Solution steps

50 = 12.036 ln (x) + 2.9211

Switch sides

12.036 ln (x) + 2.9211 = 50

Move

2.9211

to the right side

12.036 ln (x) = 47.0789

Divide both sides by

12.036

ln (x) = \frac{47.0789}{12.036}

Apply log rules

x = e^{\frac{47.0789}{12.036}}

Verify Solutions:

x = e^{\frac{47.0789}{12.036}}

True

The solution is

x = e^{\frac{47.0789}{12.036}}

lo g_{b} (1) = 0

323418 = - lo g_{10} (x)

lo g_{36} (a) = lo g_{2} (x)

12 = \frac{lo g _{2} ( t )}{0.05}

x, ln (2 + x) = ln (y)

What is the answer to 50=12.036ln(x)+2.9211 ?
The answer to 50=12.036ln(x)+2.9211 is x=e^{(47.0789)/(12.036)}
Solve for x: 50=12.036ln(x)+2.9211
The solution is x=e^{(47.0789)/(12.036)}