Solved

Solve the Problem xx cm\mathrm { cm } , and It Has a Height Of

Question 424

Multiple Choice

Solve the problem.
-An open-top rectangular box has a square base and it will hold 106 cubic centimeters (cc) . Each side has length xx cm\mathrm { cm } , and it has a height of ycm\mathrm { y } \mathrm { cm } . Its surface area is given by
S(x) =424x+x2S ( x ) = \frac { 424 } { x } + x ^ { 2 }
Graph the function on the interval (0,) ( 0 , \infty ) .


A)
 Solve the problem. -An open-top rectangular box has a square base and it will hold 106 cubic centimeters (cc) . Each side has length  x   \mathrm { cm } , and it has a height of  \mathrm { y } \mathrm { cm } . Its surface area is given by  S ( x )  = \frac { 424 } { x } + x ^ { 2 }  Graph the function on the interval  ( 0 , \infty )  . A)    B)    C)    D)
B)
 Solve the problem. -An open-top rectangular box has a square base and it will hold 106 cubic centimeters (cc) . Each side has length  x   \mathrm { cm } , and it has a height of  \mathrm { y } \mathrm { cm } . Its surface area is given by  S ( x )  = \frac { 424 } { x } + x ^ { 2 }  Graph the function on the interval  ( 0 , \infty )  . A)    B)    C)    D)
C)
 Solve the problem. -An open-top rectangular box has a square base and it will hold 106 cubic centimeters (cc) . Each side has length  x   \mathrm { cm } , and it has a height of  \mathrm { y } \mathrm { cm } . Its surface area is given by  S ( x )  = \frac { 424 } { x } + x ^ { 2 }  Graph the function on the interval  ( 0 , \infty )  . A)    B)    C)    D)
D)
 Solve the problem. -An open-top rectangular box has a square base and it will hold 106 cubic centimeters (cc) . Each side has length  x   \mathrm { cm } , and it has a height of  \mathrm { y } \mathrm { cm } . Its surface area is given by  S ( x )  = \frac { 424 } { x } + x ^ { 2 }  Graph the function on the interval  ( 0 , \infty )  . A)    B)    C)    D)

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