LESLIE KOLLER PLZ HELP

pic 1) 6. The function ()=(25) is shown on the coordinate plane. Describe the end behavior of f(x).

As x decreases without bound, the graph of f(x) ______________________________.

As x increases without bound, the graph of f(x) ______________________________.

pic2) 7. The function ()=3(2.5) is shown on the coordinate plane. Describe the end behavior of f(x).

As x decreases without bound, the graph of f(x) ______________________________.

As x increases without bound, the graph of f(x) ______________________________.


pic 3-4) 8. The exponential function in the graph shows the mass, in grams, of a radioactive substance as it decays over time, in hours. The linear function in the table represents the increase in a substance’s mass, in grams, over












LESLIE KOLLER PLZ HELP pic 1 6 The function 25 is shown on the coordinate plane Describe the end behavior of fx As x decreases without bound the graph of fx As class=
LESLIE KOLLER PLZ HELP pic 1 6 The function 25 is shown on the coordinate plane Describe the end behavior of fx As x decreases without bound the graph of fx As class=
LESLIE KOLLER PLZ HELP pic 1 6 The function 25 is shown on the coordinate plane Describe the end behavior of fx As x decreases without bound the graph of fx As class=
LESLIE KOLLER PLZ HELP pic 1 6 The function 25 is shown on the coordinate plane Describe the end behavior of fx As x decreases without bound the graph of fx As class=

Respuesta :

1). as x decreases f(x) increases
2) as x increases f(x,) approaches 0 asymptotically

pic 2. as x increases f,(x) increases
as x decreases f(x) approaches 0 asymptotically

the next question was incomplete. C. 2 more than is the correct answer,!