Áram be

Áram ki

Fordít áramirány

Fordít áramirány

Fordít mágnes

Fordít mágnes

Áramirány

Mágneses mező irány

Lorentz erő

+

-

-

+

F_L

A = (3, -6, -5)
B = (25, -6, -5)
C: (x(A), (-y(A)), (-5))
D: (x(B), (-y(B)), (-5))
E = (3, -6, -3)
a, F, G, H, felületABDC, felületACFE, felületCDGF, felületBDGH, felületABHE, felületEFGH, sarokAC, sarokCD, sarokBD, sarokAB, sarok1, sarokCF, sarokDG, sarokBH, sarokEF, sarokFG, sarokGH, sarokEH = Prism(A, C, D, B, E)
a' = Mirror(a, xOyPlane)
A' = Mirror(A, xOyPlane)
C' = Mirror(C, xOyPlane)
O = (0, 0, 0)
S = (0, -6, -5)
poligon1, a_1, a'_1, c', c_1 = Polygon(A, A', C', C)
h, B_1, G_1, H_1, felület11, felület13, felület12, felület10, felület14, sarokAS, sarok14, sarok15, sarok5, sarok16, sarok18, sarok19, sarok17 = Prism(poligon1, S)
Ion = 5
Idir = -1
Bdir = -1
showI = true
showB = true
showF = true
L: (20 + ((Idir * Bdir) * Ion), (-15), 0)
L' = Mirror(L, y = 0)
b = Segment(L, L')
M = (20, -15, 15)
f = Segment(L, M)
N = (20, -20, 15)
M' = (20, 15, 15)
N' = (20, 20, 15)
d = Segment(L', M')
I = (20, -15, 20)
J = (20, 15, 20)
e = Segment(M, I)
g = Segment(M', J)
K = (-15, -15, 20)
P = (-15, 15, 20)
Q = (-15, -15, 5)
R = (-15, -15, 0)
T = (-15, -15, -5)
U = (-15, -10, -5)
V = (-15, -5, -5)
W = (-15, 15, -5)
i = Segment(P, J)
j = Segment(P, W)
k = Segment(W, V)
l = Segment(U, T)
m = Segment(T, R)
n = Segment(R, Q)
p = Segment(Q, K)
q = Segment(K, I)
Z = (-15, -18, 5)
r = Segment(R, Z)
A_1 = (-15, -15, 15)
C_1 = (-15, -15, 12)
u: ((-Idir) * Vector[A_1, C_1])
D_1 = (0, -15, 20)
E_1 = (3, -15, 20)
F_1 = (20, -15, 12)
I_1 = (20, -15, 9)
J_1 = (20, -10, 0)
K_1 = (20, -7, 0)
L_1 = (20, 15, 7)
M_1 = (20, 15, 9)
N_1 = (3, 15, 20)
O_1 = (0, 15, 20)
P_1 = (-15, 15, 6)
Q_1 = (-15, 15, 3)
v: (Idir * Vector[D_1, E_1])
v_1: (Idir * Vector[N_1, O_1])
w_1: (Idir * Vector[P_1, Q_1])
R_1 = Point(b)
S_1 = Point(b)
w: (Idir * Vector[R_1, S_1])
T_1 = Point(b)
U_1 = Point(b)
s: (Idir * Vector[T_1, U_1])
kek = 255
piros = 0
V_1 = (5, 0, 0)
W_1 = (10, 0, 0)
Z_1 = (15, 0, 0)
A_2 = (20, 0, 0)
B_2 = (5, 0, -3)
C_2 = (10, 0, -3)
D_2 = (15, 0, -3)
E_2 = (20, 0, -3)
t = Vector(V_1, B_2)
u_1 = Vector(W_1, C_2)
d_1 = Vector(A_2, E_2)
b_1 = Vector(Z_1, D_2)
e_1 = Vector(B_2, V_1)
F_2 = Point(sarokEH)
f_1 = Vector(C_2, W_1)
G_2 = Point(sarokEH)
g_1 = Vector(D_2, Z_1)
h_1 = Vector(E_2, A_2)
H_2 = (-15, -10, -5)
I_2 = (-15, -5, -5)
J_2 = Point(b)
K_2: (x(J_2) + (((Idir * Bdir) * Ion) * 2), y(J_2), z(J_2))
i_1 = Vector(J_2, K_2)
c = Segment(N, M)
j_1 = Segment(M', N')
L_2 = (20, -20, -5)
M_2 = (20, 20, -5)
k_1 = Segment(N, L_2)
l_1 = Segment(N', M_2)

Tool: fixpont
szam,szam
Input: u, v
Output: P

P: (x(Corner[4]) + (u / x(Corner[5]) * (x(Corner[3]) - x(Corner[4]))), y(Corner[4]) - (v / y(Corner[5]) * (y(Corner[4]) - y(Corner[1]))))

Tool: panelfent
szam
Input: a
Output: poligon, s

A = fixpont(0, a)
B = fixpont(x(Corner[5]), a)
s = Segment(A, B)
poligon, b, c, a_1, b_1 = Polygon(Corner[3], Corner[4], A, B)