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A Use Transformations to Graph the Function y=log5(x+3)y = \log _ { 5 } ( x + 3 )

Question 309

Multiple Choice

a. Use transformations to graph the function.
b. Write the domain and range in interval notation.
c. Determine the vertical asymptote.
- y=log5(x+3) y = \log _ { 5 } ( x + 3 )


A) aa .
 a. Use transformations to graph the function. b. Write the domain and range in interval notation. c. Determine the vertical asymptote. - y = \log _ { 5 } ( x + 3 )   A)   a .   b. domain:  ( 3 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 3   B)   a .   b. domain:  ( 0 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 0   C)   \mathrm { a } .   b. domain:  ( - 3 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = - 3   D)   a .   b. domain:  ( 0 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 0
b. domain: (3,) ( 3 , \infty ) , range (,) ( - \infty , \infty )
c. vertical asymptote: x=3x = 3

B) aa .
 a. Use transformations to graph the function. b. Write the domain and range in interval notation. c. Determine the vertical asymptote. - y = \log _ { 5 } ( x + 3 )   A)   a .   b. domain:  ( 3 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 3   B)   a .   b. domain:  ( 0 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 0   C)   \mathrm { a } .   b. domain:  ( - 3 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = - 3   D)   a .   b. domain:  ( 0 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 0
b. domain: (0,) ( 0 , \infty ) , range (,) ( - \infty , \infty )
c. vertical asymptote: x=0x = 0

C) a\mathrm { a } .
 a. Use transformations to graph the function. b. Write the domain and range in interval notation. c. Determine the vertical asymptote. - y = \log _ { 5 } ( x + 3 )   A)   a .   b. domain:  ( 3 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 3   B)   a .   b. domain:  ( 0 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 0   C)   \mathrm { a } .   b. domain:  ( - 3 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = - 3   D)   a .   b. domain:  ( 0 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 0
b. domain: (3,) ( - 3 , \infty ) , range (,) ( - \infty , \infty )
c. vertical asymptote: x=3x = - 3

D) aa .
 a. Use transformations to graph the function. b. Write the domain and range in interval notation. c. Determine the vertical asymptote. - y = \log _ { 5 } ( x + 3 )   A)   a .   b. domain:  ( 3 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 3   B)   a .   b. domain:  ( 0 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 0   C)   \mathrm { a } .   b. domain:  ( - 3 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = - 3   D)   a .   b. domain:  ( 0 , \infty )  , range  ( - \infty , \infty )   c. vertical asymptote:  x = 0
b. domain: (0,) ( 0 , \infty ) , range (,) ( - \infty , \infty )
c. vertical asymptote: x=0x = 0

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