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1.Graph the polar equation r=3-2sin(theta) 2. Find the polar coordinates of 6 radical 3,6 for r > 0. 3. Find the rectangular co...Asked by Becca
1.Graph the polar equation r=3-2sin(theta)
2. Find the polar coordinates of 6 radical 3,6 for r > 0.
3. Find the rectangular coordinates of (7, 30°).
4. Write the rectangular equation in polar form.
(x – 4)2 + y2 = 16
5. Write the equation –2x + 6y = 7 in polar form.
6. Find the distance between P1(3, –195°) and P2(–4, –94°) on the polar plane. Round your answer to the nearest thousandth.
7. Write the polar equation in rectangular form.
r = –12 cos(theta)
2. Find the polar coordinates of 6 radical 3,6 for r > 0.
3. Find the rectangular coordinates of (7, 30°).
4. Write the rectangular equation in polar form.
(x – 4)2 + y2 = 16
5. Write the equation –2x + 6y = 7 in polar form.
6. Find the distance between P1(3, –195°) and P2(–4, –94°) on the polar plane. Round your answer to the nearest thousandth.
7. Write the polar equation in rectangular form.
r = –12 cos(theta)
Answers
Answered by
Steve
if you know that x^2+y^2=r^2
x=r cosθ
y=r sinθ
all these fall right out.
if you want graphs, visit wolframalpha.com and say
plot r=3-2sinθ
Where do you get stuck on these?
x=r cosθ
y=r sinθ
all these fall right out.
if you want graphs, visit wolframalpha.com and say
plot r=3-2sinθ
Where do you get stuck on these?
Answered by
Devin
I'm taking this same class you should add me on Facebook lol Symone kaepernick
Answered by
rhin
Identify the conic section whose equation is r=6/(2-3 cos theta).
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