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Graph the Equation $\frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } }$

Question 409

Multiple Choice

Graph the equation. Give the domain and range. Identify whether the equation is a function.
- $\frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } }$
$Graph the equation. Give the domain and range. Identify whether the equation is a function. - \frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } } A) ( \infty , \infty ) ; ( \infty , - 7 ] ; not a function B) ( \infty , \infty ) ; [ 1 , \infty ) ; function C) ( \infty , \infty ) ; [ 7 , \infty ) ; function D) ( \infty , \infty ) ; ( \infty , - 1 ] ; not a function$

A)
$Graph the equation. Give the domain and range. Identify whether the equation is a function. - \frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } } A) ( \infty , \infty ) ; ( \infty , - 7 ] ; not a function B) ( \infty , \infty ) ; [ 1 , \infty ) ; function C) ( \infty , \infty ) ; [ 7 , \infty ) ; function D) ( \infty , \infty ) ; ( \infty , - 1 ] ; not a function$
$( \infty , \infty ) ; ( \infty , - 7 ] ;$ not a function

B)
$Graph the equation. Give the domain and range. Identify whether the equation is a function. - \frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } } A) ( \infty , \infty ) ; ( \infty , - 7 ] ; not a function B) ( \infty , \infty ) ; [ 1 , \infty ) ; function C) ( \infty , \infty ) ; [ 7 , \infty ) ; function D) ( \infty , \infty ) ; ( \infty , - 1 ] ; not a function$
$( \infty , \infty ) ; [ 1 , \infty ) ;$ function

C)
$Graph the equation. Give the domain and range. Identify whether the equation is a function. - \frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } } A) ( \infty , \infty ) ; ( \infty , - 7 ] ; not a function B) ( \infty , \infty ) ; [ 1 , \infty ) ; function C) ( \infty , \infty ) ; [ 7 , \infty ) ; function D) ( \infty , \infty ) ; ( \infty , - 1 ] ; not a function$
$( \infty , \infty ) ; [ 7 , \infty )$ ; function

D)
$Graph the equation. Give the domain and range. Identify whether the equation is a function. - \frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } } A) ( \infty , \infty ) ; ( \infty , - 7 ] ; not a function B) ( \infty , \infty ) ; [ 1 , \infty ) ; function C) ( \infty , \infty ) ; [ 7 , \infty ) ; function D) ( \infty , \infty ) ; ( \infty , - 1 ] ; not a function$

$( \infty , \infty ) ; ( \infty , - 1 ]$ ; not a function

Graph the Equation y7=1+x236\frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } }7y​=1+36x2​​

Multiple Choice

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Graph the Equation $\frac { y } { 7 } = \sqrt { 1 + \frac { x ^ { 2 } } { 36 } }$

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