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For each problem, fill out a table like shown below. You must include the general steps for solving, the work for that step on that problem, and any notes about unique things to consider in that problem. Your work must be clear, detailed, organized, and correct to earn credit. Example: General Step for Solving Work Notes for this problem 1) Original Problem 20.40 2) Simplify so there's only 1 In this problem, I needed to add the exponents because the i's were multiplied. If they were raised to a power I would multiply the exponents. i 3) Break up to a power of 4 times what's left i60 This is already a power of 4, so nothing to break up You need to remember the pattern i = i, i2 = -1, i3 = -i, it = 1 and then any powers of 4 also equal 1. 4) Simplify the powers of i Problems to choose from. Simplify: 75x10 y6 c) V3x3y a) 4y/27x³y® b) 6xV3x – 6V48x3 ,8 hoth d) (-5 – 2/3)(-1 – V12) DRIG e) (16x-24y-28)- f)

For each problem, fill out a table like shown below. You must include the general steps for solving, the work for that step on that problem, and any notes about unique things to consider in that problem. Your work must be clear, detailed, organized, and correct to earn credit. Example: General Step for Solving Work Notes for this problem 1) Original Problem 20.40 2) Simplify so there's only 1 In this problem, I needed to add the exponents because the i's were multiplied. If they were raised to a power I would multiply the exponents. i 3) Break up to a power of 4 times what's left i60 This is already a power of 4, so nothing to break up You need to remember the pattern i = i, i2 = -1, i3 = -i, it = 1 and then any powers of 4 also equal 1. 4) Simplify the powers of i Problems to choose from. Simplify: 75x10 y6 c) V3x3y a) 4y/27x³y® b) 6xV3x – 6V48x3 ,8 hoth d) (-5 – 2/3)(-1 – V12) DRIG e) (16x-24y-28)- f)

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Do the problems below like the example shown in the chart. And make the equations below in a chart exposing steps.
euit. If you earn full credit, it's equal to half of another missed assignment. For each problem, fill out a table like shown below. You must include the general steps for solving, the work for that step on that problem, and any notes about unique things to consider in that problem. Your work must be clear, detailed, organized, and correct to earn credit. Example: General Step for Solving 1) Original Problem Work Notes for this problem i20. 40 In this problem, I needed to add the exponents because the i's were multiplied. If they were raised to a power I would multiply the exponents. 2) Simplify so there's only 1 i60 3) Break up to a power of 4 times what's left This is already a power of 4, so nothing to break up You need to remember the pattern i = i, i2 = -1, i3 = -i, it = 1 and then any powers of 4 also equal 1. 4) Simplify the powers of i 1 TIG Problems to choose from. Simplify: NUL 11 hot NUL 75x20y6 3x3y a) 4y/27x³y8 b) 6x/3x – 6V48x3 V3 d) (-5 – 2/3)(-1 – V12) e) (16x-24y-28) 3 MJIGL S033
Transcribed Image Text:euit. If you earn full credit, it's equal to half of another missed assignment. For each problem, fill out a table like shown below. You must include the general steps for solving, the work for that step on that problem, and any notes about unique things to consider in that problem. Your work must be clear, detailed, organized, and correct to earn credit. Example: General Step for Solving 1) Original Problem Work Notes for this problem i20. 40 In this problem, I needed to add the exponents because the i's were multiplied. If they were raised to a power I would multiply the exponents. 2) Simplify so there's only 1 i60 3) Break up to a power of 4 times what's left This is already a power of 4, so nothing to break up You need to remember the pattern i = i, i2 = -1, i3 = -i, it = 1 and then any powers of 4 also equal 1. 4) Simplify the powers of i 1 TIG Problems to choose from. Simplify: NUL 11 hot NUL 75x20y6 3x3y a) 4y/27x³y8 b) 6x/3x – 6V48x3 V3 d) (-5 – 2/3)(-1 – V12) e) (16x-24y-28) 3 MJIGL S033
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