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equation: theta = t * 360 * 10 ,mbt shoes for men
Cartesian coordinates
theta = t * 360 * 2.2
Cartesian coordinate system

cylindrical coordinate
equation: x = 50 * t
b = 8
9. double arc Epicycloid
pictures about this subject as follows: 23.jpg
a = 4
18.Rhodonea curve
y = 25 + (10-6) * sin (theta) -6 * sin ((10/6-1) * theta)

equation: l = 2.5
y = (exp (x) + exp (0-x)) / 2
equation: a = 5
equation: rho = 8 * t
mathematical equation: r * r = a * a * theta
cylindrical coordinates

30. logarithmic spiral
phi = t * 360 * 20
theta = t * 380

cylindrical coordinates

y = 4 * sin (t * (5 * 360))
equation: x = 4 * cos (t * (5 * 360))
y = (3 * t) + (5 * t ^ 2)
b = 1
a = 1



equation: r = 5
32.tan curve

b = sin (theta)

pictures about this subject as follows: 8.jpg


y = a * (2 * sin (t * 360)-sin (2 * t * 360))
x = 6 * t-3
r = a * theta
pictures about this subject as follows: 29.jpg
x = 3 * a * t / (1 + (t ^ 3))
z = t * 3

pictures about this subject as follows: 6.jpg
equation: theta = t * 360
pictures about this subject as follows: 14.jpg
x = a * (cos (t * 360)) ^ 3
pictures about this subject as follows: 3.jpg
23. Lissajous curve
y0 = s * sin (ang)

Cartesian coordinate system
35. hyperbolic tangent
Y = 3 * b * sin (t * 360) + l * sin (3 * t * 360)
using Cartesian coordinates
z = 0
pictures about this subject as follows: 31.jpg

2. shaped line.
cylindrical coordinates
z = 0
z = 2 * sin (6 * theta)

33. hyperbolic cosine
pictures about this subject as follows: 12.jpg
Seoul

pictures about this subject as follows: 9.jpg
y = (exp (x)-exp (0-x)) / (exp (x) + exp (0-x))
4. Butterfly curve
equation: a = 1

7. on the number of curves

Cartesian coordinates
r = a * (1 + cos (theta))
y = (a * a-2 * f + f * f * c * c) * sin (theta) / b
equation 1: theta = 360 * t * 5
22. Epicycloid

Seoul

phi = -360 * t * 8


theta = t * 3600
z = 10 * t

y = y0-s * cos (ang)

y = t * 100-50
a = 10

pictures about this subject as follows: 25.jpg
x = t * 10-5
a = 0.005

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equation: rho = 4
r = a * sqrt (theta * 180/pi)
y = (a + b) * sin (theta)-c * sin ((a / b +1) * theta)
pictures about this subject as follows: 15.jpg
c = 2.2
equation: a = 5
y = 10 * sin (t * 360)

16.Talbot curve
pictures about this subject as follows: 5.jpg


z = (cos (theta-90)) +24 * t


a = 4
equation: a = 10
pictures about this subject as follows: 22.jpg
a = 1.1
27. probability curve!

cylindrical coordinates
using spherical coordinate system

21. trefoil line
y = log (10 * t +0.0001)
34. hyperbolic sine
x = (a * a + f * f * c * c) * cos (theta) / a
pictures about this subject as follows: 26.jpg

n = 3
theta = t * 360
pictures about this subject as follows: 35.jpg
b = 3

y = 8 * a ^ 3 / (x ^ 2 +4 * a ^ 2)
Equation 2: theta = 360 * t * 5
29. Archimedean spiral
pictures about this subject as follows: 10.jpg
helix spiral equation may also be driven by production,timberland boots ladies, its creation method and create a method similar to the involute. Here select the cylindrical coordinate (Cylindrical) coordinate system as defined in the Notepad editor, enter the following equation of the spiral curve,人类无法抗拒的10种心理,tory burch discount handbags, you can generate a spiral line.
r = DB / 2
theta = t * 360 * B * tan (beta) * cos (alpha) / (pi * DB)
z = t * B
r = 10 +10 * sin (6 * theta)
y = tan (x * 20)
x ^ 3 = y ^ 2 * (2 * a-x)

using Cartesian coordinates
pictures about this subject as follows: 21.jpg
cylindrical coordinates
spherical coordinates
pictures about this subject as follows: 28.jpg
x = a * sin (n * theta + c)
x = 6 * t-3
a = 1
y = (exp (x)-exp (0-x)) / 2
equation: a = 10
3. Spiral (Helical curve)
Kadir coordinates
pictures about this subject as follows: 2.jpg

28. Kei Tongue
Seoul
c = 100


ang = 360 * t
for x
equation: theta = t * 360

x = 10 * t
Kadir coordinates
Cartesian coordinates


1. disc spring

a = 10
b = 0.666
equation: theta = t * 720 * 5
19. Parabola
equation: r = t
pictures about this subject as follows: 34.jpg
10. star line line
pictures about this subject as follows: 24.jpg

c = sin (theta)
theta = 360 * t * 4
pictures about this subject as follows: 19.jpg
r = exp (a * theta)

pictures about this subject as follows: 4.jpg
pictures about this subject as follows: 32.jpg
r =- a * sqrt (theta * 180/pi)
theta = t * 360
f = 1
Cartesian coordinates
x = -5 + t * 10
equation:
6. helix.
pictures about this subject as follows: 20.jpg
y = a * (sin (t * 360)) ^ 3

8. spherical helix
pictures about this subject as follows: 17.jpg
Cartesian coordinates
z = 0
z = (sin (3.5 * theta-90)) +24 * t
y = (a-b) * sin (theta)-c * sin ((a/b-1) * theta)
17.4 leaf line (an equation do not copy)
25. length of the pieces of the roller outside the circle line
b = 2.5

theta = t * 1800

z = 0
pictures about this subject as follows: 7.jpg
31. Man-Ye line

12. circle spiral
x = t * 8.5 -4.25
pictures about this subject as follows: 18.jpg

Cartesian coordinate system

pictures about this subject as follows: 16.jpg

14. the sun line (it used to do other curves, the results wrong,wallet paul smith 野外点火的方法,tory burch wiki, it becomes like a)
b = 7
x0 = s * cos (ang)
y = (a + b) * sin (theta)-b * sin ((a / b +1) * theta)
c = 5
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x = (a-b) * cos (theta) + c * cos ((a/b-1) * theta)

a = 100
Cartesian coordinate system


y = 3 * a * (t ^ 2) / (1 + (t ^ 3))
theta = 360 * t * 10
x = (a + b) * cos (theta)-c * cos ((a / b +1) * theta)

cylindrical coordinates
theta = t * 400
s = 2 * pi * r * t
20. spiral line
pictures about this subject as follows: 33.jpg
cylindrical coordinates (cylindrical)
solve
Cartesian coordinate system
equation: theta = t * 360 * 4
a = 5
x = 25 + (10-6) * cos (theta) +10 * cos ((10/6-1) * theta)
Cartesian coordinates
y = exp (0-x ^ 2)
by column coordinates
x = 3 * b * cos (t * 360) + l * cos (3 * t * 360)
x = x0 + s * sin (ang)
5. involute
theta = 10 + t * (20 * 360)
x = (a + b) * cos (theta)-b * cos ((a / b +1) * theta)
x = a * (2 * cos (t * 360) + cos (2 * t * 360))
13. sine curve
pictures about this subject as follows: 1.jpg


Cartesian coordinates
r = a * cos (theta) * (4 * b * b-1)
equation: r = 5
15. Fermat curve (a bit like a thread line)
equation: x = (4 * t)

a = 5

equation: r = 1
26. tricuspid line
y = b * sin (theta)

24. length of the pieces of the roller circle line
pictures about this subject as follows: 30.jpg
x = 6 * t-3

theta = t * 180
Cartesian coordinates
11. cardioid
pictures about this subject as follows: 13.jpg
Pro / E a collection of various curve equation
pictures about this subject as follows: 27.jpg
equation: z = 0
pictures about this subject as follows: 11.jpg