Number and Algebra
Functions
Geometry & Trigonometry
Statistics & Probability
Calculus
Express 1+i1 + i1+i in polar form and find all values of (1+i)1/2(1 + i)^{1/2}(1+i)1/2.
Express (−8)2/3(-8)^{2/3}(−8)2/3 in complex form and list all possible values.
Calculate all cube roots of 8i8i8i and express them in a+bia + bia+bi form.
Find the two square roots of −3+4i-3 + 4i−3+4i and express your answers in a+bia + bia+bi form.
Compute (−1+i3)4/6(-1 + i\sqrt{3})^{4/6}(−1+i3)4/6, simplify the exponent and find all resulting values in a+bia + bia+bi form.
Express (5eiπ/4)2/3(5e^{i\pi/4})^{2/3}(5eiπ/4)2/3 in a+bia + bia+bi form for all values.
Write 2eiπ/62e^{i\pi/6}2eiπ/6 in a+bia + bia+bi form and compute its (3/2)(3/2)(3/2) power, giving all possible values.
Find all values of (1−3i)2/3(1 - \sqrt{3}i)^{2/3}(1−3i)2/3 in the form a+bia + bia+bi.
Find all values of (2−2i)3/4(2 - 2i)^{3/4}(2−2i)3/4 and plot the principal value on the Argand diagram indicating its argument.
Find all values of (4+3i)2/3(4 + 3i)^{2/3}(4+3i)2/3 and write them in the form a+bia + bia+bi.
Determine all cube roots of 3+33i3 + 3\sqrt{3}i3+33i and represent each on the Argand diagram with their arguments.
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Question Type 2: Finding the roots of complex numbers
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