Solve the problem.
-You are planning to close off a corner of the first quadrant with a line segment 17 units long running from ( $x , 0$ ) to $( 0 , y )$. Show that the area of the triangle enclosed by the segment is largest when $x = y$.

Question

Quizplus · Accepted Answer

The Answer of Solve the problem.
-You are planning to close off a corner of the first quadrant with a line segment 17 units long running from ( $x , 0$ ) to $( 0 , y )$. Show that the area of the triangle enclosed by the segment is largest when $x = y$.

Solve the Problem x,0x , 0x,0 ) To (0,y)( 0 , y )(0,y)

Solve the Problem $x , 0$ ) To $( 0 , y )$