which statement is true about the end - behavior of the graphed function?\nas the x - values go to positive…

which statement is true about the end - behavior of the graphed function?\nas the x - values go to positive infinity, the functions values go to negative infinity\nas the x - values go to zero, the functions values go to positive infinity\nas the x - values go to negative infinity, the functions values are equal to zero\nas the x - values go to positive infinity, the functions values go to positive infinity

which statement is true about the end - behavior of the graphed function?\nas the x - values go to positive infinity, the functions values go to negative infinity\nas the x - values go to zero, the functions values go to positive infinity\nas the x - values go to negative infinity, the functions values are equal to zero\nas the x - values go to positive infinity, the functions values go to positive infinity

Answer

Explanation:

Step1: Analyze positive - infinity behavior

As we move to the right (x - values increase towards positive infinity), the graph of the function is going up. So the function values are going to positive infinity.

Step2: Analyze zero behavior

As x - values approach zero, the function values do not go to positive infinity. The function passes through the origin - like area in a smooth way.

Step3: Analyze negative - infinity behavior

As x - values go to negative infinity, the function values are not equal to zero. The function is going down.

Answer:

As the x - values go to positive infinity, the function's values go to positive infinity