Using the graph and equation below, determine the degree and write it in the top box. Write the number of real roots in the second box. Finally, write the amount of
imaginary roots in the bottom box.
y = 2x5
2x4 + 2x² – 7x +1
4 - 3
-2

Abusiness plan is centered around a circular area of distribution. the plan calls for the radius of the distribution to increase 50 miles per year. the investors have asked that the plan include a reference to the area of distribution based on the number of years in business. these functions model this plan: radius in y years: r(y) = 50y total area: a(r) = πr2; r in miles what is a(r( the total area in y years? a(r(y)) = 50πy2 a(r(y)) = 2,500πy2 a(r(y)) = 50πr2 a(r(y)) = 2,500πr2