No.
The maximum possible area given a constant amount of material for a quadrilateral will always be a square.
For example if the material for the perimeter is 64 we can form a rectangle that is 22 by 10 which will have an area of 220 u^2.
However a square using the same amount of material will have sides of 64/4=16 and an area of 16^2=250 u^2
So in general the area is maximize the closer the sides are to being equal and minimized as the difference between the sides becomes greater. In the case of comparing the material, perimeter, of a rectangle to a square for the same amount of material the square will use less material than the rectangle.
A square can have a smaller perimeter and a greater area that a rectangle.
In the example above the rectangle had a perimeter of 64 u and an area of 220 u^2. If we made a square with just 60 u, it would have an area of 225 u^2.
Yes, if you know where the y-intercept is, and your zeros, the line is fixed, and you have a curve that is already fixed based on the y-intercept. However without the y-intercept, your zero's would be useless.
Answer:
Equation in point slope form is: 
Solving for y we get: 
Step-by-step explanation:
We are given:
Slope = 4
Point (-6,-3)
Point Slope form:
We need to write equation for point-slope form
The general equation of point slope form is: 
Where m is slope and
are points on the line
Now putting values of slope m= 4,
and finding equation

So, equation in point slope form is: 
Solve for y

So, solving for y we get: 
Answer: 65
Step-by-step explanation: