9514 1404 393
Answer:
y = x + 4
Step-by-step explanation:
For x > 5, the expressions in each absolute value argument are all positive, so we can simply remove the bars and sum the terms.
y = x - 3 + x + 2 - x + 5
y = x +4
Tamam hocam nasılsınız hocam proje konularını atabilirmisiniz ne zaman istersen gel al beni yanına yakışırız bir insan değilim ki bir şey var ama ben bir insan bir arar bir şey var ya bir insan bir arar bir şey
Answer:
(1,-2)
Step-by-step explanation:
I'll tell you more: when you fix the perimeter of the rectangle, the one with the maximum area is always the square with that perimeter. Here's the proof.
Given a perimeter 2P, all rectangles with that perimeter have sides x and y such that
The area is the product of the dimensions, so
The maximum of this parabola is found by setting its derivative to zero:
which implies
So, the maximum area is achieved when x=y, i.e. when the rectangle is actually a square.
So, the square with perimeter is 3131 has side length
Answer:
it could also be or
Step-by-step explanation:
Simplify.
÷ 2 =
÷ 2 =