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Identify absolute value function from set of ordered pairs

Consider the set of order pair $(\pm1,1),(\pm2,3),(\pm3,5),(\pm4,7)$ find the function.

$3|x|$

$|x+3|$

$2|x|-1$

Consider the set of order pair $(\pm1,3),(\pm2,10),(\pm3,29),(\pm4,66)$ . find the function.

$|x^3|+x$

$|x^3+2|$

$|x^3|+2$

Consider the set of order pair $(\pm1,2),(\pm2,3),(\pm3,4),(\pm4,5)$ find the function likely represented by this set of order pair

$|x|+1$

$|x+1|$

$|x-1|$

Consider the set of order pair $\pm1,1),(\pm2,2),(\pm3,3),(\pm4,4)$ find the function.

$|x|+x$

$|x+x|$

$|x|$

Consider the set of order pair $(\pm2,5),(\pm3,6),(\pm4,7),(\pm5,8)$ find the function.

$|x|+3$

$|x+3|$

$|x-3|$

1. Consider the set of order pair $(\pm1,3),(\pm2,6),(\pm3,9),(\pm4,12)$ . find the function.

$3|x|$

$|x+3|$

$3|x|$

If the order pair exhibits a pattern where Y values are always non-negative and equal to positive value of X what type of function is likely represented?

Absolute

Trigonometric

Radical

Given the ordered pair $(\pm1,1),(\pm2,8),(\pm3,27),(\pm4,64$ ) , which function is likely represented ?

Cubic

Quadratic

Absolute

Consider the set of order pair $(1,3),(2,2),(3,1),(4,2)$ find the function

$|x+3|+1$

$|x-3|-1$

$|x-3|+1$

Consider the set of order pair $(2,2),(3,0),(4,2),(5,4)$ find the function.

$|x-3|+2$

$2|x+3|$

$2|x-3|$

Questions

Time

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Identify absolute value function from set of ordered pairs

Consider the set of order pair ﻿(±1,1),(±2,3),(±3,5),(±4,7)(\pm1,1),(\pm2,3),(\pm3,5),(\pm4,7)(±1,1),(±2,3),(±3,5),(±4,7)﻿ find the function.

﻿3∣x∣3|x|3∣x∣﻿

﻿∣x+3∣|x+3|∣x+3∣﻿

﻿2∣x∣−12|x|-12∣x∣−1﻿

Consider the set of order pair ﻿(±1,3),(±2,10),(±3,29),(±4,66)(\pm1,3),(\pm2,10),(\pm3,29),(\pm4,66)(±1,3),(±2,10),(±3,29),(±4,66)﻿ . find the function.

﻿∣x3∣+x|x^3|+x∣x3∣+x﻿

﻿∣x3+2∣|x^3+2|∣x3+2∣﻿

﻿∣x3∣+2|x^3|+2∣x3∣+2﻿

Consider the set of order pair ﻿(±1,2),(±2,3),(±3,4),(±4,5)(\pm1,2),(\pm2,3),(\pm3,4),(\pm4,5)(±1,2),(±2,3),(±3,4),(±4,5)﻿ find the function likely represented by this set of order pair

﻿∣x∣+1|x|+1∣x∣+1﻿

﻿∣x+1∣|x+1|∣x+1∣﻿

﻿∣x−1∣|x-1|∣x−1∣﻿

Consider the set of order pair ﻿±1,1),(±2,2),(±3,3),(±4,4)\pm1,1),(\pm2,2),(\pm3,3),(\pm4,4)±1,1),(±2,2),(±3,3),(±4,4)﻿ find the function.

﻿∣x∣+x|x|+x∣x∣+x﻿

﻿∣x+x∣|x+x|∣x+x∣﻿

﻿∣x∣|x|∣x∣﻿

Consider the set of order pair ﻿(±2,5),(±3,6),(±4,7),(±5,8)(\pm2,5),(\pm3,6),(\pm4,7),(\pm5,8)(±2,5),(±3,6),(±4,7),(±5,8)﻿ find the function.

﻿∣x∣+3|x|+3∣x∣+3﻿

﻿∣x+3∣|x+3|∣x+3∣﻿

﻿∣x−3∣|x-3|∣x−3∣﻿

1. Consider the set of order pair ﻿(±1,3),(±2,6),(±3,9),(±4,12)(\pm1,3),(\pm2,6),(\pm3,9),(\pm4,12)(±1,3),(±2,6),(±3,9),(±4,12)﻿ . find the function.

﻿3∣x∣3|x|3∣x∣﻿

﻿∣x+3∣|x+3|∣x+3∣﻿

﻿3∣x∣3|x|3∣x∣﻿

If the order pair exhibits a pattern where Y values are always non-negative and equal to positive value of X what type of function is likely represented?

Absolute

Trigonometric

Radical

Given the ordered pair ﻿(±1,1),(±2,8),(±3,27),(±4,64(\pm1,1),(\pm2,8),(\pm3,27),(\pm4,64(±1,1),(±2,8),(±3,27),(±4,64﻿) , which function is likely represented ?

Cubic

Quadratic

Absolute

Consider the set of order pair ﻿(1,3),(2,2),(3,1),(4,2)(1,3),(2,2),(3,1),(4,2)(1,3),(2,2),(3,1),(4,2)﻿ find the function

﻿∣x+3∣+1|x+3|+1∣x+3∣+1﻿

﻿∣x−3∣−1|x-3|-1∣x−3∣−1﻿

﻿∣x−3∣+1|x-3|+1∣x−3∣+1﻿

Consider the set of order pair ﻿(2,2),(3,0),(4,2),(5,4)(2,2),(3,0),(4,2),(5,4)(2,2),(3,0),(4,2),(5,4)﻿ find the function.

﻿∣x−3∣+2|x-3|+2∣x−3∣+2﻿

﻿2∣x+3∣2|x+3|2∣x+3∣﻿

﻿2∣x−3∣2|x-3|2∣x−3∣﻿

Incorrect

Great!

Consider the set of order pair $(\pm1,1),(\pm2,3),(\pm3,5),(\pm4,7)$ find the function.

$3|x|$

$|x+3|$

$2|x|-1$

Consider the set of order pair $(\pm1,3),(\pm2,10),(\pm3,29),(\pm4,66)$ . find the function.

$|x^3|+x$

$|x^3+2|$

$|x^3|+2$

Consider the set of order pair $(\pm1,2),(\pm2,3),(\pm3,4),(\pm4,5)$ find the function likely represented by this set of order pair

$|x|+1$

$|x+1|$

$|x-1|$

Consider the set of order pair $\pm1,1),(\pm2,2),(\pm3,3),(\pm4,4)$ find the function.

$|x|+x$

$|x+x|$

$|x|$

Consider the set of order pair $(\pm2,5),(\pm3,6),(\pm4,7),(\pm5,8)$ find the function.

$|x|+3$

$|x+3|$

$|x-3|$

1. Consider the set of order pair $(\pm1,3),(\pm2,6),(\pm3,9),(\pm4,12)$ . find the function.

$3|x|$

$|x+3|$

$3|x|$

Given the ordered pair $(\pm1,1),(\pm2,8),(\pm3,27),(\pm4,64$ ) , which function is likely represented ?

Consider the set of order pair $(1,3),(2,2),(3,1),(4,2)$ find the function

$|x+3|+1$

$|x-3|-1$

$|x-3|+1$

Consider the set of order pair $(2,2),(3,0),(4,2),(5,4)$ find the function.

$|x-3|+2$

$2|x+3|$

$2|x-3|$