2 7. The Case Study 1.1 on page 13-14 of your textbook uses the fact that the area under a parabola (arch) with a base o
Posted: Sun Sep 05, 2021 5:18 pm
2 7. The Case Study 1.1 on page 13-14 of your textbook uses the fact that the area under a parabola (arch) with a base of length B, and a height of H equals zBH. The brilliant Greek mathematician, scientist, and engineer Archimedes (287?-212? BC) proved this without calculus. Prove it using calculus. Assume the parabola is centered on the vertical y-axis, the base sits on the x-axis, the maximum and minimum x values are +B/2, and the parabola has the formula y = x2 +H so that y(0)=H and y(-B/2)=y(B/2)=0. -4H = B2 H х E B