Logo
Pattern

Discover published sets by community

Explore tens of thousands of sets crafted by our community.

Polar Coordinates and Graphs

15

Flashcards

0/15

Still learning
StarStarStarStar

Card 2: r=θr = \theta

StarStarStarStar

An Archimedean spiral, increasing distance from the pole as θ\theta increases.

StarStarStarStar

Card 7: r=2+3cos(θ)r = 2 + 3\cos(\theta)

StarStarStarStar

A limaçon without a loop because the coefficient of cos(θ)\cos(\theta) is not less than the constant term.

StarStarStarStar

Card 11: r=eθr = e^{\theta}

StarStarStarStar

A logarithmic spiral, which continuously winds around the pole and moves away from it.

StarStarStarStar

Card 13: r=a(1+cos(θ))r = a(1 + \cos(\theta))

StarStarStarStar

A cardioid if a>0a > 0, with the cusp at the pole and greatest distance 2a2a from the pole.

StarStarStarStar

Card 10: r=acos(θ)r = a \cos(\theta)

StarStarStarStar

A circle with a radius aa if a>0a > 0, centered to the left/right of the pole on the horizontal axis.

StarStarStarStar

Card 14: r=a(1cos(θ))r = a(1 - \cos(\theta))

StarStarStarStar

A cardioid (if a>0a > 0) with the cusp away from the pole on the horizontal axis.

StarStarStarStar

Card 3: r=sin(θ)r = \sin(\theta)

StarStarStarStar

A cardioid or circular shapes depending on θ\theta range.

StarStarStarStar

Card 15: r=a(1sin(θ))r = a(1 - \sin(\theta))

StarStarStarStar

A shifted circle or cardioid depending on the value of aa.

StarStarStarStar

Card 6: r=2+3sin(θ)r = 2 + 3\sin(\theta)

StarStarStarStar

A limaçon with a loop, since the coefficient of sin(θ)\sin(\theta) is less than the constant term.

StarStarStarStar

Card 9: r=cos(2θ)r = \cos(2\theta)

StarStarStarStar

A rose curve with 2n2n petals, because nn (here n=2n=2) is even, so the curve has 4 petals.

StarStarStarStar

Card 8: r=sin(2θ)r = \sin(2\theta)

StarStarStarStar

A rose curve with 2n2n petals when nn is even (in this case, with 4 petals).

StarStarStarStar

Card 5: r=1sin(θ)r = 1 - \sin(\theta)

StarStarStarStar

A limaçon which may or may not have an inner loop.

StarStarStarStar

Card 4: r=1+sin(θ)r = 1 + \sin(\theta)

StarStarStarStar

A limaçon with an inner loop if 1<a1-1 < a \leq 1 and a cardioid if a=1a = 1.

StarStarStarStar

Card 12: r=eθr = e^{-\theta}

StarStarStarStar

An inverse logarithmic spiral winding towards the pole.

StarStarStarStar

Card 1: r=ar = a (constant)

StarStarStarStar

A circle centered at the pole with radius aa.

Know
0
Still learning
Click to flip
Know
0
Logo

© Hypatia.Tech. 2024 All rights reserved.