Big points, will mark the brainliest if correct! the graph of g(x) is obtained by reflecting the graph of f(x)=2|x| over the x-axis.

which equation describes g(x)?

g(x)=−|x+2|

g(x)=2|x|

g(x)=|x+2|

g(x)=−2|x|

Option d is correct

Step-by-step explanation:

Given the function:

First find the function g(x) when f(x) is reflected over the x-axis.

The rule of reflection across x-axis is given by:

then;

Apply the rule of reflection across x-axis on f(x) we get,

Now, function g(x) is then reflected over the y-axis to produce function h(x).

The rule of reflection across y-axis is given by:

then;

Apply the rule of reflection across y-axis on g(x) we get,

Therefore,  function represents h(x)

Brainliest pls

so the answer would be g(x)+-2|x|

step-by-step explanation:

The graph of g(x) is obtained by reflecting the graph of f(x)=4|x| over the x-axis. Which equation describes g(x)? A) g(x)=|x−4| B) g(x)=|x+4|

the cat is blue because the probability of extension towards the prefix of the diameter of the circle could only mathematically equal to the sum of the roots of the carrots from   your garden.

step-by-step explanation:

the answer is a

step-by-step explanation: