Assertion: complex number | /r/HasProperty | imaginary part
Facets:
value: purely
type: DEGREE
value: for some real y
type: OTHER
Source sentences:
text: 2 - 2i: a complex number, real part 2, imaginary part -2.
text: A complex number whose real part is zero is said to be purely imaginary; the points for these numbers lie on the vertical axis of the complex plane.
text: If \(a=0\) and \(b\) is not equal to 0, the complex number is called an imaginary number.
text: Also, when multiplying complex numbers, the product of two imaginary numbers is a real number; the product of a real and an imaginary number is still imaginary; and the product of two real numbers is real.
text: Complex numbers = Imaginary Numbers + Real Numbers
text: a complex number, real part 0, imaginary part -4
text: 2: a complex number (also a real number), real part 2, imaginary part 0.
text: Complex numbers for which the real part is 0, i.e., the numbers in the form yi, for some real y, are said to be purely imaginary.
text: If a = 0 and b is not equal to 0, the complex number is called an imaginary number.