This equation worked beautifully for the top half. The bottom half is symmetric (y negative). Once I had ( y = f(x) ) for the upper half (from ( x = -L/2 ) to ( x = +L/2 )), I used:
[ V = \pi \int_{-L/2}^{L/2} [f(x)]^2 dx ] modeling a chicken egg math ia
IB Math AA/AI HL/SL
(around the x-axis):
Good luck with your IAs! 🥚📐
This equation worked beautifully for the top half. The bottom half is symmetric (y negative). Once I had ( y = f(x) ) for the upper half (from ( x = -L/2 ) to ( x = +L/2 )), I used:
[ V = \pi \int_{-L/2}^{L/2} [f(x)]^2 dx ]
IB Math AA/AI HL/SL
(around the x-axis):
Good luck with your IAs! 🥚📐