A 4 cm × 6 cm 4cm×6cmstart color #1fab54, 4, start text, c, m, end text, times, 6, start text, c, m, end text, end color #1f
Andreas93 [3]
Answer:
- Area of the rectangle: 24 cm²
- Area of the circle: 380.13 cm²
- Area of between the circle and the rectangle: 356.13 cm²
Explanation:
The question describes<em> a rectangle of dimensions 4 cm × 6 cm inscribed in a circle with radius 11 cm</em>.
You can find:
- The area of the rectangle
- The area of the circle
- The area between the rectangle and the circle.
<u>1. Area of the rectangle:</u>
<u>2. Area of the circle:</u>
<u>3. Area between the rectangle of the circle:</u>
This is the area of the circle that does not belong to (or is outside of) the area of the rectangle.
Step-by-step explanation:
Your question is not well understood
Answer:
The function rule is
Step-by-step explanation:
The given ordered pairs are (0,-1), (1,0),(2,3),(3,8),(4,15)
We can observe the following pattern.
When we generalize this pattern, we obtain:
This is the function equation.
The function rule is
Answer
From the construction that James is doing the
next step that he should take would be: Use the
circumcenter to determine the center of the
circle.
How to construct a circle from a triangle
In order to construct a circle for the triangle, one
would have to find the perpendicular bisector of
all sides of the triangle.
From the established circumcenter, a pair of
compass would be used to contruct the circle.
Answer:
Your answer is 12
Step-by-step explanation:
Start by multiplying 9 and 1 1/2. Then add 7 1/2. Now divide by 1 3/4
