I need to find what the inverse of this equation is I don’t need to know what x is equal to.
The relationship between an input and the voltage of a device is: V=A cos f(x) where A=20. Find the function that expresses the signal input for a given voltage value
The original question says find f^-1 for the function f. f(x)=4x^2-2,x≥0 I found f^-1(x)= to be y=4x^2-2 and then did inverse function and found the fraction answer above I just don't...
Just not sure how to solve or what the question is asking for the exam help would be much appreciated thanks!
what is the inverse of the function f(x)=-6x^4-1, for xis greater than or equal to 0
what is the inverse , converse , and contra positive statement ?
Consider the function f(x)= ⎷4-x +2 for the domain (-infinity, 4] Find f-1(x), where f-1 is the inverse of f Also, state the domain f-1 in interval...
a.)8x – 4; all real numbers b.)–4x – 4; all real numbers c.)–4x – 4; all real numbers d.)–4x – 10; all real numbers
Consider the function f(x)=x^2+6 for the domain [0, infinity) Find f-1(x), where f-1 is the inverse of f. Also, state the domain of f-1 in interval...
The domain is invinity
a) f(x) = 2x+3 g(x) = x-3/2 f(g(x))= ? g(f(x))= ? f and g are inverses of each other OR f and g are not inverses...
Which function’s inverse has the greatest value at x=4? g(x)=10^x+2 k(x)=ln(x+3) f(x)=log(x−1) h(x)=e^x+2
What is the inverse of the function f(x)=(sqrt(x−5)/8)−2? f−1(x)=64(x−2)^2−5 f−1(x)=8(x+2)^2+5 f−1(x)=64(x+2)^2+5 f−1(x)=8(x−2)^2+5
Math help in algebra 2
A)Let F(x)=ex+3 find the inverse of the function b)let f(x)=log3√x ,for X >0 show that f-1(x)=32x
for the function Q(X) = 6e0.04(x) does Q-1 exist?
F(-2)=8 the inverse f-1(8)=A F-1(-9)=-9 the F(-9)=B A=-2 B=-9 Is this correct?
find the inverse of the function y=8x2 which has an inverse of y-1