Answer:
(-1,0)
Step-by-step explanation:
Plug it into desmos graphing calculator exactly how it is.
an equation for a circle has formula
(x-m)² + (y-n)² = r²
where (m,n) is its center
and r is its radius
so, the equation has center (4,3) and radius 4
the equation is derived from the pythagorean theorem
First way: 1 bale in each cow pasture and 5 bales in each horse pasture.
Second way: 2 bales in each cow pasture and 4 bales in each horse pasture.
Third way: 3 bales in every pasture.
Fourth way: 4 bales in each cow pasture and 2 bales in each horse pasture.
Fifth way: 5 bales in each cow pasture and 2 bale in each horse pasture.
There are 5 different ways.
You can do all strategies. Multiplication, Division, Addition, and Subtraction are the strategies because you can multiply 7 by 4 to get 28, divide 56 by 2 to get 28, add 14 by 14 to get 28, or subtract 40 by 12 to get 28.
Answer:
see explanation
Step-by-step explanation:
means the y-coordinate of the point 
that lies on 
.
Aha! Now we have a path to the solution!
We can test random values for 
, such as 
, 
, or even 
.
This leads us to drawing lines.
Answer: We draw the line 
(equivalent of testing out random points), and where it intersects the graph of ! is our answer!
(Note: it can only intersect once, otherwise it would fail the vertical line test and wouldn't be a function)
