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Identify radical function from set of ordered pairs

Consider the set of order pair $(1,3),(8,6),(27,9),(64,12)$ . find the function.

$\sqrt[3]{x}$

$3\sqrt[3]{x}$

$\sqrt[3]{x}\ +\ 3$

Is the set of ordered pairs $(-1,0),(0,1),(7,2),(26,3)$ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs $(-1,0),(0,-1),(7,-2),(26,-3)$ represent a radical function?

Radical function

Not Radical function

Consider the set of order pair $(1,2),(8,3),(27,4),(64,5)$ . find the function.

$\sqrt[3]{x}$

$\sqrt[3]{x}+1$

$\sqrt[3]{x}+x$

Is the set of ordered pairs $(1,-1),(4,2),(9,-3),(16,-4)$ represent a radical function?

Radical function

Not Radical function

Given the ordered pair $(0,1),(1,2),(4,3),(9,4)$ , which function is likely represented?

$\sqrt{x}-1$

$\sqrt{x}+1$

$\sqrt{x}$

Consider the set of order pair $(1,2),(4,4),(9,6),(16,8)$ find the function.

$2\sqrt{x}$

$2x$

$\sqrt{x}+2$

Is the set of ordered pairs $(-1,-1),(-8,-2),(-27,-3),(-64,-4)$ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs $(0,0),(1,-1),(4,-2),(9,-3)$ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs $(1,1),(8,2),(27,3),(64,4)$ represent a radical function?

Radical function

Not Radical function

Questions

Time

Score

Identify radical function from set of ordered pairs

Consider the set of order pair $(1,3),(8,6),(27,9),(64,12)$ . find the function.

$\sqrt[3]{x}$

$3\sqrt[3]{x}$

$\sqrt[3]{x}\ +\ 3$

Is the set of ordered pairs $(-1,0),(0,1),(7,2),(26,3)$ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs $(-1,0),(0,-1),(7,-2),(26,-3)$ represent a radical function?

Radical function

Not Radical function

Consider the set of order pair $(1,2),(8,3),(27,4),(64,5)$ . find the function.

$\sqrt[3]{x}$

$\sqrt[3]{x}+1$

$\sqrt[3]{x}+x$

Is the set of ordered pairs $(1,-1),(4,2),(9,-3),(16,-4)$ represent a radical function?

Radical function

Not Radical function

Given the ordered pair $(0,1),(1,2),(4,3),(9,4)$ , which function is likely represented?

$\sqrt{x}-1$

$\sqrt{x}+1$

$\sqrt{x}$

Consider the set of order pair $(1,2),(4,4),(9,6),(16,8)$ find the function.

$2\sqrt{x}$

$2x$

$\sqrt{x}+2$

Is the set of ordered pairs $(-1,-1),(-8,-2),(-27,-3),(-64,-4)$ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs $(0,0),(1,-1),(4,-2),(9,-3)$ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs $(1,1),(8,2),(27,3),(64,4)$ represent a radical function?

Radical function

Not Radical function

Incorrect

Great!

Questions

Time

Score

Identify radical function from set of ordered pairs

Consider the set of order pair ﻿(1,3),(8,6),(27,9),(64,12)(1,3),(8,6),(27,9),(64,12)(1,3),(8,6),(27,9),(64,12)﻿ . find the function.

﻿x3\sqrt[3]{x}3x​﻿

﻿3x33\sqrt[3]{x}33x​﻿

﻿x3 + 3\sqrt[3]{x}\ +\ 33x​ + 3﻿

Is the set of ordered pairs ﻿(−1,0),(0,1),(7,2),(26,3)(-1,0),(0,1),(7,2),(26,3)(−1,0),(0,1),(7,2),(26,3)﻿ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs ﻿(−1,0),(0,−1),(7,−2),(26,−3)(-1,0),(0,-1),(7,-2),(26,-3)(−1,0),(0,−1),(7,−2),(26,−3)﻿ represent a radical function?

Radical function

Not Radical function

Consider the set of order pair ﻿(1,2),(8,3),(27,4),(64,5)(1,2),(8,3),(27,4),(64,5)(1,2),(8,3),(27,4),(64,5)﻿ . find the function.

﻿x3\sqrt[3]{x}3x​﻿

﻿x3+1\sqrt[3]{x}+13x​+1﻿

﻿x3+x\sqrt[3]{x}+x3x​+x﻿

Is the set of ordered pairs ﻿(1,−1),(4,2),(9,−3),(16,−4)(1,-1),(4,2),(9,-3),(16,-4)(1,−1),(4,2),(9,−3),(16,−4)﻿ represent a radical function?

Radical function

Not Radical function

Given the ordered pair ﻿(0,1),(1,2),(4,3),(9,4)(0,1),(1,2),(4,3),(9,4)(0,1),(1,2),(4,3),(9,4)﻿ , which function is likely represented?

﻿x−1\sqrt{x}-1x​−1﻿

﻿x+1\sqrt{x}+1x​+1﻿

﻿x\sqrt{x}x​﻿

Consider the set of order pair ﻿(1,2),(4,4),(9,6),(16,8)(1,2),(4,4),(9,6),(16,8)(1,2),(4,4),(9,6),(16,8)﻿ find the function.

﻿2x2\sqrt{x}2x​﻿

﻿2x2x2x﻿

﻿x+2\sqrt{x}+2x​+2﻿

Is the set of ordered pairs ﻿(−1,−1),(−8,−2),(−27,−3),(−64,−4)(-1,-1),(-8,-2),(-27,-3),(-64,-4)(−1,−1),(−8,−2),(−27,−3),(−64,−4)﻿ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs ﻿(0,0),(1,−1),(4,−2),(9,−3)(0,0),(1,-1),(4,-2),(9,-3)(0,0),(1,−1),(4,−2),(9,−3)﻿ represent a radical function?

Radical function

Not Radical function

Is the set of ordered pairs ﻿(1,1),(8,2),(27,3),(64,4)(1,1),(8,2),(27,3),(64,4)(1,1),(8,2),(27,3),(64,4)﻿ represent a radical function?

Radical function

Not Radical function

Incorrect

Great!

Consider the set of order pair $(1,3),(8,6),(27,9),(64,12)$ . find the function.

$\sqrt[3]{x}$

$3\sqrt[3]{x}$

$\sqrt[3]{x}\ +\ 3$

Is the set of ordered pairs $(-1,0),(0,1),(7,2),(26,3)$ represent a radical function?

Is the set of ordered pairs $(-1,0),(0,-1),(7,-2),(26,-3)$ represent a radical function?

Consider the set of order pair $(1,2),(8,3),(27,4),(64,5)$ . find the function.

$\sqrt[3]{x}$

$\sqrt[3]{x}+1$

$\sqrt[3]{x}+x$

Is the set of ordered pairs $(1,-1),(4,2),(9,-3),(16,-4)$ represent a radical function?

Given the ordered pair $(0,1),(1,2),(4,3),(9,4)$ , which function is likely represented?

$\sqrt{x}-1$

$\sqrt{x}+1$

$\sqrt{x}$

Consider the set of order pair $(1,2),(4,4),(9,6),(16,8)$ find the function.

$2\sqrt{x}$

$2x$

$\sqrt{x}+2$

Is the set of ordered pairs $(-1,-1),(-8,-2),(-27,-3),(-64,-4)$ represent a radical function?

Is the set of ordered pairs $(0,0),(1,-1),(4,-2),(9,-3)$ represent a radical function?

Is the set of ordered pairs $(1,1),(8,2),(27,3),(64,4)$ represent a radical function?