91Ó°ÊÓ

In the following exercises, use the set of ordered pairs to ( ) determine whether the relation is a function, (b) find the domain of the relation, and \(\odot\) find the range of the relation. \([(-3,9),(-2,4),(-1,1),\) (0,0),(1,1),(2,4),(3,9)\\}

In the following exercises, use the set of ordered pairs to ( ) determine whether the relation is a function, (b) find the domain of the relation, and \(\odot\) find the range of the relation. . \(\\{(9,-3),(4,-2),(1,-1),\) (0,0),(1,1),(4,2),(9,3)\\}

In the following exercises, use the set of ordered pairs to ( ) determine whether the relation is a function, (b) find the domain of the relation, and \(\odot\) find the range of the relation. \(\\{(-3,27),(-2,8),(-1,1),\) (0,0),(1,1),(2,8),(3,27)\\}

In the following exercises, use the set of ordered pairs to ( ) determine whether the relation is a function, (b) find the domain of the relation, and \(\odot\) find the range of the relation. \(\\{(-3,-27),(-2,-8),(-1,-1),\) (0,0),(1,1),(2,8),(3,27)\\}

In the following exercises, determine whether each equation is a function. (a) \(2 x+y=-3\) (b) \(y=x^{2}\) (c) \(x+y^{2}=-5\)

In the following exercises, determine whether each equation is a function.. (a) \(y=3 x-5\) (b) \(y=x^{3}\) (c) \(2 x+y^{2}=4\)

In the following exercises, determine whether each equation is a function..] (1) \(y-3 x^{3}=2\) (b) \(x+y^{2}=3\) (c) \(3 x-2 y=6\)

In the following exercises, determine whether each equation is a function.. (1) \(2 x-4 y=8\) (b) \(-4=x^{2}-y\) (c) \(y^{2}=-x+5\)

In the following exercises, evaluate the function: (@) \(f(2)\) (b) \(f(-1)\) (c) \(f(a) .\) $$ f(x)=5 x-3 $$

In the following exercises, evaluate the function: (@) \(f(2)\) (b) \(f(-1)\) (c) \(f(a) .\) $$ f(x)=3 x+4 $$