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(2)^3 = 8 i understand that this is 2 * 2 * 2 = 8 my question is how do i reverse engineer this if i do not know the power like this Understand their rules and operations, see examples, then test your knowledge with a quiz. (2)^x = 8 what is the value of x

X could potentially contain a decimal and so could the result Master fractional exponents with our short and engaging video lesson (2)^1.5 = 2.82842712474619 so without any numbers it would be

(y)^x = z how do i find out.

These functions are called power functions (note that the inverse of a power function is again a power function), and we reserve the name exponential function for functions x ↦bx x ↦ b x where the variable is in the exponent, i.e., those to which the logarithms are inverses. I mean i get for addition just subtract and for multiplication just divide but even then i don't know what to do when it comes to an equation with multiple parts to it but then you also have exponents and such mixed in i don't know where to begin to reverse these formulas. To find the reverse of a number raised to a power, find the root of that number raised to the same power For example, the square root of a number is.see full answer below.

So from what i can see, to get rid of the exponent $\frac25$ they raised the other side of the equation to the reciprocal which is $\frac52$ Now, i have searched online for 'inverse of a fractional exponent' etc, and i haven't really come across anything. How to reverse the exponents So the exponent of a sum is the product of the exponents of its summands

If we chose the $\log$ function accordingly so that $\log (e)=1$ and note that $\exp (x)=e^x$ it's easy to see that these properties imply the inverse function relationship, since the two rules give us

The reverse of an exponent is to find the root of a given number For example the reverse of a number having exponent 2 is the value of the square root of the same number 1 hence , we can say that the reverse of an exponent is root of the same number How can i find the equation for a reverse exponential curve based on three known points

Ask question asked 8 years, 8 months ago modified 4 years ago

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