Answer:
Tangent line states that a line in the plane of a circle that intersect the circle in exactly one point.
Common external tangent states that a common tangent that does not intersects the line segment joining the centers of circle.
Common internal tangent states that a common tangent that intersects the line segment joining the centers of circle.
Circumscribe polygon states that a polygon with all sides tangent to a circle contained within the polygon.
Therefore:
A polygon with all sides tangent to a circle contained within the polygon = Circumscribe polygon
A common tangent that intersects the line segment joining the centers of circle = Common internal tangent
A common tangent that does not intersects the line segment joining the centers of circle = Common external tangent
a line in the plane of a circle that intersect the circle in exactly one point = Tangent line
x + 2y = 4
2x - 2y = 5
Adding both the equations:
x + 2y + 2x - 2y = 9
3x = 9
x = 3
y = 4-x /2 = 1/2
Answer:
2/3x+4
Step-by-step explanation:
Whel all you have to do is look at the diagram and think for a second look at the answers and pick one iv done some of thes to and belive me they are hard
You find the area of the circle by using A = πr^2. Next you find the area of the square by finding the circle diameter since the circle touches side to side, and then multiply the diameter (width of square) x diameter (height of square) = the area of the square. From there just subtract the area of the square by the area of the circle = the none over lapping area of the square. You needed to subtract the area of the square by the area of the circle because the none over lapping are of the square is those little triangles on the corners.
Hope this helps :)