<span>The lines are parallel, but with slightly different y-intercepts. The lines are y=2x-5 and y=2x-4.5
The lines are parallel but one crosses the y-axis at 5 and one crosses the y-axis at 4.5.</span>
20,000 miles because 1 mile and 1,000 miles are too small and 100,000 is too big. Hope that this helped!
I think the answer is A. It has more potential energy because it is stretched out more & when you let go, it will have more kinetic energy.
A polygon inscribed in a circle, luckily, has a derived formula already. It is:
A = (nr²/2)[sin (360/n)]
where n is the number of sides of the polygon and r is the radius of the circle. For this problem, n = 100 and r = 1. Substituting this to the equation,
A = (100(1)²/2)[sin (360/100)]
A = 3.14 square units
Thus, the 100-gon has an area of 3.14 square units.
