Multiplying imaginary roots

    • [DOC File]3

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      Imaginary Unit: Mathematicians created an expanded system of numbers using the imaginary unit i, defined as i = , because . . . there is no real number x that can be squared to produce − 1. ... To avoid problems with multiplying square roots of negative numbers, be sure to convert to standard form before multiplying. Example 7: Perform the ...

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    • [DOC File]Name______________________________

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      Multiplying Radicals HW #6 Dividing Radicals HW #7 Pythagorean Theorem Introduction HW #8 Pythagorean Theorem Word Problems HW #9 Review Sheet Test #5 Introduction to Square Roots. Taking the square root of a number is the opposite of squaring the number. Even your calculator knows this because . x2. has above it.

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    • [DOC File]Raleigh Charter High School

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      The imaginary unit is defined as the number such that so . Using this we can define the square root of any negative number as . Examples: Examples: Multiplying square roots of negative numbers. The product rule for radicals does not work because it only applies to positive radicands.

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    • [DOC File]Name:

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      Nature of the Roots (2) 28 – 32 Day 7– Review. 33 – 35 Day 1 – Imaginary Numbers / Powers of i. Steps to Evaluate Radicals with a Negative Radicand. An equation, such as , has no solution in the real number system. However, a solution does exist in the system of . imaginary numbers. By definition, is defined as i, the imaginary unit.

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    • [DOC File]Polynomial Functions and End Behavior

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      Example 2B: Multiplying Polynomials Multiply each term of one polynomial by each term of the other. Use a table to organize the products. –15 –5y 5y2 21y 7y2 –7y3 –3y2 –y3 y4 y2 –y –3 y2 –7y 5 The top left corner is the first term in the product.

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    • [DOCX File]Commack Schools

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      imaginary numbers (adding, subtracting, multiplying) finding imaginary roots algebraically. finding the roots of a parabola and discovering what it means in a word problem. using the Quadratic formula to find the real or imaginary roots --> then discovering what it …

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    • [DOC File]Complex Number Manipulations on the TI-30X

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      Dania Shaban. 10/15/2010. The TI-30X does not have sophisticated complex number manipulation features, but it can convert between polar and rectangular forms.

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    • [DOCX File]betsymccall.net Index

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      , as well as the value one obtains when multiplying numbers containing i. Worked Examples. Example 1. Rewrite the following number as an imaginary number containing i. Reduce the square roots as much as possible.-18 . Remember, first factor out the -1 , giving us 18 -1 = 9 2 -1 =3 2 i . Note that the i is outside the square root. Example 2

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    • [PDF File]Chapter 1 (Quick Summary)

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      Adding and Subtracting – add/subtract real and imaginary parts separately, similar to like terms Dividing. Imaginary numbers are not allowed in the denominator. Rationalize by multiplying top and bottom by the conjugate, similar to the way radicals in the denominator are eliminated. Multiplying imaginary conjugates produces a real number:

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    • [DOC File]Intermediate Algebra FINAL EXAM REVIEW

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      Multiplying an equation in a system by a constant, or adding two equations in a system together results in a new system of equations called a transformed system, and the solution to the transformed system is the same as the solution to the original system. ... Definition: The imaginary Unit. The imaginary unit, denoted by i, is the number whose ...

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