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## Cool Graph Equations

### Displaying 1-5 of 7 parametric graphs.

• 5-Pointed Star

Equation:

 Algebraic: xt1 = cos(4 * t * π / 5)yt1 = sin(4 * t * π / 5) English: xt1 : The cosine of product of 4 t and π divided by 5.yt1 : The sine of the product of 4 t and π divided by 5. Pretty Print:

Settings:

 tmin: 0 tmax: 100 tstep: 1 xmin: -1.69971 xmax: 1.69971 ymin: -1 ymax: 1

Screenshot:

• 7-Pointed Star

Equation:

 Algebraic: xt1 = cos(6 * t * π / 7)yt1 = sin(6 * t * π / 7) English: xt1 : The cosine of product of 6 t and π divided by 7.yt1 : The sine of the product of 6 t and π divided by 7. Pretty Print:

Settings:

 tmin: 0 tmax: 100 tstep: 1 xmin: -1.69971 xmax: 1.69971 ymin: -1 ymax: 1

Screenshot:

• 8-Pointed Star

Equation:

 Algebraic: xt1 = cos(3 * t * π / 4)yt1 = sin(3 * t * π / 4) English: xt1 : The cosine of product of 3 t and π divided by 4.yt1 : The sine of the product of 3 t and π divided by 4. Pretty Print:

Settings:

 tmin: 0 tmax: 100 tstep: 1 xmin: -1.69971 xmax: 1.69971 ymin: -1 ymax: 1

Screenshot:

• 9-Pointed Star

Equation:

 Algebraic: xt1 = cos(8 * t * π / 9)yt1 = sin(8 * t * π / 9) English: xt1 : The cosine of product of 8 t and π divided by 9.yt1 : The sine of the product of 8 t and π divided by 9. Pretty Print:

Settings:

 tmin: 0 tmax: 100 tstep: 1 xmin: -1.69971 xmax: 1.69971 ymin: -1 ymax: 1

Screenshot:

• Multi-point Star

Equation:

 Algebraic: xt1 = 10 * sin(31 * t)yt1 = 10 * cos(31 * t) English: xt1 = 10 times the sine of 31 t.yt1 = 10 times the cosine of 31 t. Pretty Print:

Settings:

 Angle Mode: Degrees

Screenshot:

### Standard Graph Mode Settings

• ZoomStd
• AxesOff
• Wire Frame (for 3-D Graphs)

When no settings are given, use the above settings.

### Choose the Graphs You Wish to See

 Display n Per Page Graph Type 3 5 10 All Function Parametric Polar Sequence 3-D Differential Equation

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