Got it!
There are 2π radians in a complete circle.
Now, let's calculate the circumference.
5/2π = 60/circumference.
Next, solve for the circumference.
By multiplying both sides by 2π, we have: 5 * circumference = 120π.
Now divide both sides by 5, and we find: circumference = 24π.
Using the formula c = 2πr,
we set 24π = 2πr.
Dividing both sides by 2π gives us r = 12. Thus, the radius measures 12cm.
The triangle's vertex coordinates are (–8, 8), (–8, –4), and (10, –4). QR serves as the base of this triangle, measuring b = 18 units, with a height of h = 12 units. The area of triangle PQR is 108 square units.
Yes, the initial response is valid because n squared denotes n with an exponent of 2, and adding 3 to it yields the first result. The three outside indicates multiplication, confirming that the original response is indeed accurate.
A triangle characterized by having all sides of differing lengths is categorized as a scalene triangle. For example, the sides measuring 9, 10, and the square root of 130 indicate it is not a right triangle.
