Name: Convert the polar equation to rectangular form. 11. r-iosin θ 78 12. Find the eccentricity of the polar equation r-26+cos θ. Name: Convert the polar equation to rectangular form. 11. r-ios...
Convert the polar equation to rectangular form. r = 3 cos e
Convert the polar equation to rectangular form. r = 12
1) Convert the following polar equation of r=2sintheta into a rectangular form. 2) List and find all of the sixth roots of 4.
Convert the polar equation r = sinθ - 2 cosθ to rectangular form.
1) Convert the following polar equation of r=2sintheta into rectangular form. 2) List and find all of the sixth roots of 4.
Convert the polar equation to rectangular form and sketch its graph. Convert the polar equation to rectangular form and sketch its graph.
Convert the polar equation to rectangular form and sketch its graph. r = 7 cot(0) csc(O) Step 1 The polar coordinates (r, e) of a point are related to the rectangular coordinates (x, y) of the point as follows. x=rcos(0) cos y = r sin(0) sin e Step 2 The given polar equation can be rewritten as follows. r 7 cote csco 1 r = 7 coto sino 2 sin(0) = 7 coto Converting to rectangular coordinates using x =...
Convert the rectangular equation to polar form and select its graph. x2+y2 16 Convert the rectangular equation to polar form and select its graph. x2+y2 16
(1 point) Find the area of the inner loop of the Imacon with polar equation r-7 cos θ-2 =cos-1(3) Answer: (1 point) Sketch the segment r-sec θ for 0 θ Then compute its length in two ways: as an integral in polar coordinates and using trigonometry (1 point) Find the area of the inner loop of the Imacon with polar equation r-7 cos θ-2 =cos-1(3) Answer: (1 point) Sketch the segment r-sec θ for 0 θ Then compute its length...
5) Convert the polar equation to a rectangular equation. T= 4 1 - cos(0)