C is the correct answer
is the equation of the required circle.
Step-by-step explanation:
Step 1 :
Let A = (8,-9) and B = (6,-3) be the endpoints of the diameter of the given circle.
We need to determine the circle's equation with this diameter
Step 2 :
The mid point of the diameter will be center of the required circle.
Let M = (x,y) be the mid point of the circle.
So we have x = (8+6)÷ 2 , y = ((-9) + (-3)) ÷ 2
M = ( 7, -6) is the midpoint of the diameter and the center of the circle.
Step 3 :
The radius of the circle is distance between midpoint and any one of the end point of the diameter that is distance between point A(8,-9) and M ( 7,-6)
Distance between the 2 points is given by
So distance between A(8,-9) and M ( 7,-6) =
=
Hence the radius r is
Step 4 :
The equation of circle with center (a,b) = (7,-6) and radius r = is given by
=>
=> is equation of the required circle.
Step 5 :
Answer :
is equation of the required circle.
A.
A curve that increases from left to right is plotted on a coordinate grid. The curve goes through point negative 2, negative 3, point negative 1, negative 1, point 0, 0, point 1, 1, and point 2, 3.
B.
x −2 0 3 5
y 1 3 2 3
C.
A set of points are plotted on a coordinate grid. The points include point 5, 4, point 4, 1, point 3, 5, point 3, negative 2, point 2, 2, point 1, 0, and point negative 1, 3.
D.
{(−3, 5), (−1, 3), (2, 2), (2, 6)}
If garden that has a length of 15x and a width of 3x+ 5 feet then the perimeter of the garden is 36x+10.
The perimeter of a rectangle is calculated by adding the lengths of all four sides. In this case, the garden has a length of 15x and a width of 3x + 5 feet.
To find the perimeter, we add the lengths of the four sides:
Perimeter = 2 × (Length + Width)
Substitute the given values:
Perimeter = 2 × (15x + 3x + 5)
Now, simplify the expression:
Perimeter = 2×(18x + 5)
Finally, distribute the 2:
Perimeter = 36x + 10
So, the polynomial that represents the perimeter of the garden is:
36x + 10 feet.
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