move the slider on the graph on the right to graph each function and describe the translation.\nfunction…

move the slider on the graph on the right to graph each function and describe the translation.\nfunction position relative to parent\n$y = \\sqrt{x + 4}$\n$y = \\sqrt{x - 4}$\n$y = \\sqrt{x}-2$\n$y = \\sqrt{x}+2$\ndone

move the slider on the graph on the right to graph each function and describe the translation.\nfunction position relative to parent\n$y = \\sqrt{x + 4}$\n$y = \\sqrt{x - 4}$\n$y = \\sqrt{x}-2$\n$y = \\sqrt{x}+2$\ndone

Answer

Explanation:

Step1: Recall translation rules

For a function $y = f(x - h)+k$, $h$ represents horizontal translation and $k$ represents vertical translation. If $h>0$, shift right; if $h < 0$, shift left. If $k>0$, shift up; if $k < 0$, shift down. The parent - function is $y=\sqrt{x}$.

Step2: Analyze $y=\sqrt{x + 4}$

Rewrite it as $y=\sqrt{x-(-4)}+0$. Here $h=-4$ and $k = 0$. So it is a horizontal shift 4 units to the left.

Step3: Analyze $y=\sqrt{x - 4}$

Rewrite it as $y=\sqrt{x - 4}+0$. Here $h = 4$ and $k=0$. So it is a horizontal shift 4 units to the right.

Step4: Analyze $y=\sqrt{x}-2$

Rewrite it as $y=\sqrt{x-0}+(-2)$. Here $h = 0$ and $k=-2$. So it is a vertical shift 2 units down.

Step5: Analyze $y=\sqrt{x}+2$

Rewrite it as $y=\sqrt{x-0}+2$. Here $h = 0$ and $k = 2$. So it is a vertical shift 2 units up.

Answer:

$y=\sqrt{x + 4}$: 4 units left; $y=\sqrt{x - 4}$: 4 units right; $y=\sqrt{x}-2$: 2 units down; $y=\sqrt{x}+2$: 2 units up.