+ 5(7+ j2) 3- j4 QII Simplify (2+ j5)} -j(4- j6), expressing the result in the form x+jy.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter1: Fundamental Concepts Of Algebra
Section1.4: Fractional Expressions
Problem 63E
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Q1\ Simplify (2+ js} + 2(7+J2) - j(4-j6), expressing the result in the form
Q11 Simplify (2+ j5) +
3- j4
-j(4-j6), expressing the result in the form
x+ jy.
1 1
1
evaluate z, in the form
Z,
Q2\ If Z = 2+j, z, = -2+ j4 and
Z, z,
X +jy and in polar form.
2-j
Q3/ Find the three cube roots of
1+ j2
in polar form. Express the principal root in
Cartesian coordinates.
Q4/ Determine the fifth roots of 2- j5 in polar coordinates.
Q5/ Solve the equation z + j2 z+ (1– j)= 0. Express the answer in exponential
and Cartesian forms.
Express -2+ j, 3+ j2, and 1-j2 in polar form and apply DeMoivre's
Q6/
(1– j2)
theorem to evaluate E2+ i)(3+ i2) Express the result in all forms.
07/ Express in the form x+jy
(2) In(3 – j)
(1) e(n/2-j)
(3) sin(t/4 + j2)
Transcribed Image Text:Q1\ Simplify (2+ js} + 2(7+J2) - j(4-j6), expressing the result in the form Q11 Simplify (2+ j5) + 3- j4 -j(4-j6), expressing the result in the form x+ jy. 1 1 1 evaluate z, in the form Z, Q2\ If Z = 2+j, z, = -2+ j4 and Z, z, X +jy and in polar form. 2-j Q3/ Find the three cube roots of 1+ j2 in polar form. Express the principal root in Cartesian coordinates. Q4/ Determine the fifth roots of 2- j5 in polar coordinates. Q5/ Solve the equation z + j2 z+ (1– j)= 0. Express the answer in exponential and Cartesian forms. Express -2+ j, 3+ j2, and 1-j2 in polar form and apply DeMoivre's Q6/ (1– j2) theorem to evaluate E2+ i)(3+ i2) Express the result in all forms. 07/ Express in the form x+jy (2) In(3 – j) (1) e(n/2-j) (3) sin(t/4 + j2)
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