# Write in polar form r (\cos(\theta ) + \sin(\theta) i for each given rectangular form a+bi: 1.(1-i) = 2.(1+i) = 3.(1+\sqrt{3}i) =?

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• Write in polar form r (\cos(\theta ) + \sin(\theta) i for each given rectangular form a+bi: 1.(1-i) = 2.(1+i) = 3.(1+\sqrt{3}i) =?

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Positive: 66 %
Polar Form; Convert polar to rectangular ... tan\ theta=y/x x=r\ cos\ theta y = r\ sin ... Represent 1+jsqrt3` graphically and write it in polar form ...
Positive: 63 %

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Let's say that I have the complex number z, and in rectangular form we can write it as; negative 3 plus 2i. So, first, let's think about where this is in ...
Positive: 66 %
Problems were equations in rectangular form are converted to polar form, using the relationship between polar and rectangular coordinates, are presented ...
Positive: 61 %
... x &= r\cos\theta\notag\\ y &= r\sin\theta. \label{polar_to_cartesian}\tag{1} ... r^2(\cos^2\theta+\sin^2\theta) ... Polar coordinates with polar ...