1. How is multiplying2+4i byi3 represented on the complex plane?

How is multiplying -2 + 4i by i represented on the complex plane? Drag a term or phrase into each box to correctly complete the statements. The complex number -2 + 4i lies in of the complex plane. When any complex number is multiplied by the imaginary unit, the complex number undergoes a 90 rotation in a direction. This means that the complex product of -2 + 4i and i lies in of the complex plane. quadrant I counterclockwise quadrant III clockwise quadrant II quadrant IVRepresent the sum of the complex numbers 2 31 and 1 i on the complex plane. Use the Point and Segment tools to plot all required points and segments. Segment k Undo A Redo x Reset imaginary Use the Point and Segment tools to plot all required points and segments. m Segment h Undo A Redo x Reset imaginary How is the product of a complex number and a real number represented on the complex plane? Consider the product of 2 + 81 and 5. Drag a value or phrase into each box to correctly complete the statements. The complex number 2 + 8l has modulus of: When 2 + 8l is multiplied by 5, the modulus of the product IS Multiplying a complex number by a real number results in a scalar of the complex number. The quadrant location of the complex I. ................................................. .I I number and its product with Eare the same. I I I. ................................................. a 10V 5\\/_ m the imaginary unit a negative real number 2\\/ 6' a positive real number