Assuming the domain and range are both the real numbers (or rationals): Yes, it is 1 to 1 Yes, it is onto and the inverse is x = (y-3)/4
inverse property of addition
No because 0 is additive inverse the multiplicative inverse of a number is when you multiply that number by the m. inverse and still get that number.
The existence of the additive inverse (of ab).
The inverse function is obtained by interchanging corresponding values of x and y and then transposing the resulting equation to make y the subject. f(x) = y = 8x + 5 therefore f-1(x) = x = 8y + 5 : 8y = x - 5 : y = (x - 5)/8 The inverse function of y = 8x + 5 is y = (x - 5)/8
Assuming the domain and range are both the real numbers (or rationals): Yes, it is 1 to 1 Yes, it is onto and the inverse is x = (y-3)/4
No, f(x) is not the inverse of f(x).
Additive Inverse
yes
the inverse property of addition
inverse property of addition
To get the inverse log function, press 2ND and then choose 10x. (Above LOG.) To get the inverse of a natural log function, press 2ND and then choose ex. (Above LN.)
well it equals 4 any way you put
What is the inverse of the function f(x) = x + 12?The inverse of adding 12 is subtracting 12, so the inverse function is g(x) = x -12.(There is a special method for finding the inverse of more complicated functions, but it isn't needed here.)
You use inverse operations !!
Yes.
No because 0 is additive inverse the multiplicative inverse of a number is when you multiply that number by the m. inverse and still get that number.