What is the answer to 1.01885=0.6446ln(x)-0.5557 ?

The answer to 1.01885=0.6446ln(x)-0.5557 is x=e^{(1.57455)/(0.6446)}

Solve for x: 1.01885=0.6446ln(x)-0.5557

The solution is x=e^{(1.57455)/(0.6446)}

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1.01885 = 0.6446 ln (x) - 0.5557

x = e^{\frac{1.57455}{0.6446}}

Solution steps

1.01885 = 0.6446 ln (x) - 0.5557

Switch sides

0.6446 ln (x) - 0.5557 = 1.01885

Move

0.5557

to the right side

0.6446 ln (x) = 1.57455

Divide both sides by

0.6446

ln (x) = \frac{1.57455}{0.6446}

Apply log rules

x = e^{\frac{1.57455}{0.6446}}

Verify Solutions:

x = e^{\frac{1.57455}{0.6446}}

True

The solution is

x = e^{\frac{1.57455}{0.6446}}

lo g_{5} (m) + lo g_{5} (m + 20) = 3

lo g_{2} (3 x - 1) = lo g_{2} (x - 5) + 2

lo g_{9} (x) - lo g_{3} (x) = 2

ln (x) + ln (9) = ln (18)

lo g_{27} (2 x - 1) = \frac{4}{3}

What is the answer to 1.01885=0.6446ln(x)-0.5557 ?
The answer to 1.01885=0.6446ln(x)-0.5557 is x=e^{(1.57455)/(0.6446)}
Solve for x: 1.01885=0.6446ln(x)-0.5557
The solution is x=e^{(1.57455)/(0.6446)}