Question

My last 2 :)
@matricked
@jim_thompson5910
@ganeshie8
@tHe_FiZiCx99

Answer 1

first find (m o n)x and then check denom matches with which option
may be third option

Answer 2

"may be...."

Answer 3

First we must find (m o n)(x). We do this by plugging in n(x) into the function m(x).



\[\Large m(x) = \frac{x+5}{x-1}\]


\[\Large m\Big(n(x)\Big) = \frac{n(x)+5}{n(x)-1}\]


\[\Large m\Big(n(x)\Big) = \frac{x-3+5}{x-3-1}\]


\[\Large m\Big(n(x)\Big) = \frac{x+2}{x-4}\]


\[\Large (m \circ n)(x) = \frac{x+2}{x-4}\]

Answer 4

now what is the domain of

\[\Large (m \circ n)(x) = \frac{x+2}{x-4}\]

Answer 5

you're asking me to solve the equation for "X"?

Answer 6

no I'm just asking what values of x are allowed to be plugged into (m o n)(x)

Answer 7

hint: look for when the denominator is zero