Question

Help

Answer 1

@Michele_Laino

Answer 2

Hey use Mathqu homework help app it is best to get instant maths answers

Answer 3

as we can see, as x goes to \(+\infty\), then the graph is approaching asymptotically at the value \(y=4\)

Answer 4

Thank you

Answer 5

whereas, as \(x\) goes to \(- \infty\), then the graph goes to \(+\infty\)
It is the typical behaviour of an exponential function

Answer 6

uhmmm not sure, no?

Answer 7

yes! if the base is less than \(1\), as in our case
here the base is \(3/4<1\)

Answer 8

I see

Answer 9

actually, your function can be viewed as a composition of an exponential function, plus a traslation upward

Answer 10

yes