$ Koostas: Maario \; Lemmik $
$ 6.\; TJ : Pokaali\;ruumala\;leidmine $

A = (-29.48252539927755, -14.319911188728764)
B = (-2.235001195577224, -14.319911188728764)
pilt1' = Rotate(pilt1, (-(90°)), B)
C = Point(yAxis)
D = (1.2444401766654412, 6.041004941482939)
E = (3.9530242145616716, 8.655103489685114)
F = (8.330261717051206, 9.455370606061637)
G = (8.602427895822485, 5.143140159428091)
H = (8.973755218700779, 1.572575210854329)
I = (16.373930487670883, 1.6530118985605258)
J = (22, 2)
K = (25.306744885418002, 5.978014615020236)
L = (30.21999034950884, 8.938559958767277)
M = (34, 10)
N = (36.300392698828134, 10.045554237192041)
O = (42.361820837111516, 10.045554237192041)
P = (48.36285664736185, 9.711573666488848)
Q = (50.41796097368977, 8.081371073987002)
R = (52, 4)
S = (52.40039998833345, 0.20117599077836976)
f = Fit({C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S}, {1, x, x^(2), x^(3), x^(4), x^(5), x^(6), x^(7), x^(8), x^(9), x^(10), x^(11)})
V: (π * Integral[(f(x))^(2), 0, 53])
V_{ümard}: round(V)
tekst2: "V= π ·\int_{0}^{52}{f\left(   x\right)^2\;dx}=" + (LaTeX[V]) + "≈" + (LaTeX[V_{ümard}]) + "\;(cm^3)"