Solve.
-Elissa sells two breeds of dogs, Alaskan Malamutes and Great Pyrenees. She has 108 feet of fencing to enclose two adjacent rectangular dog kennels, one for each breed. An existing fence is to form One side of the kennels, as in the drawing below. Suppose the total length of the two kennels is x Feet. Express the total area of the two kennels as a function of x. Graph the function and from the Graph determine the value of x that will yield the maximum area.
A) $54 \frac { 1 } { 2 } \text { feet }$
B) 54 feet
C) 56 feet
D) 53 feet

Question

Solve.
-Elissa sells two breeds of dogs, Alaskan Malamutes and Great Pyrenees. She has 108 feet of fencing to enclose two adjacent rectangular dog kennels, one for each breed. An existing fence is to form One side of the kennels, as in the drawing below. Suppose the total length of the two kennels is x Feet. Express the total area of the two kennels as a function of x. Graph the function and from the Graph determine the value of x that will yield the maximum area. 
A) $54 \frac { 1 } { 2 } \text { feet }$ 
B) 54 feet 
C) 56 feet 
D) 53 feet

Quizplus · Accepted Answer

The Answer of Solve.
-Elissa sells two breeds of dogs, Alaskan Malamutes and Great Pyrenees. She has 108 feet of fencing to enclose two adjacent rectangular dog kennels, one for each breed. An existing fence is to form One side of the kennels, as in the drawing below. Suppose the total length of the two kennels is x Feet. Express the total area of the two kennels as a function of x. Graph the function and from the Graph determine the value of x that will yield the maximum area. 
A) $54 \frac { 1 } { 2 } \text { feet }$ 
B) 54 feet 
C) 56 feet 
D) 53 feet

Solve -Elissa Sells Two Breeds of Dogs, Alaskan Malamutes and Great

Solve
-Elissa Sells Two Breeds of Dogs, Alaskan Malamutes and Great