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Using Gauss elimination, solve the following linear algebraic equations:
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MindTap Engineering for Glover/Overbye/Sarma's Power System Analysis and Design, 6th Edition, [Instant Access], 1 term (6 months)
- Solve the following operations. (Final answer must be in polar form.)arrow_forwardX= 1 PLEASE ANSWER QUICKLYarrow_forwardReply as soon as posible 1) What is the equation of node v1, node v2 and node v3? Formatanswer: (A)v1 + (B)v2 + (C)v3 = D, where A, B and C are complex numbers in rectangular format and D is a number complex in polar format. In both cases rounded to two decimal places.arrow_forward
- If A = 3a, – ay – az B = -2ax + 4ay – 3a, C = @x +2ay – az find: | | Match each item to a choice: unit vector parallel to 3A-2B+4C |A+B+C[ 2A-B+3C |3A-2B+4C| Choices: # 11ax - 2az # 2ax - Ay # 17.2916 # 36 : -11 # 7.3485 0.9831a 0.1735a, – 0.0578c # 22361 - |arrow_forwardIf r1 = 2a, – ay + az r2 = ax +3ay – 2az r3 = -2a + ay – 3a, and r4 = 30g + 2ay + 5az find scalars a, b and c such that "4 = ari + br2+ cr3 Match each item to a choice: C a Choices: : -2 : -3 E -1arrow_forwardQ1. For the system shown below T(s)= s5+10s4+45s3+90s2+164s+200 = 0 a. Complete the table Number of poles in RHS Number of poles Number of poles in in LHS jw b. Do you have special case in this question or not? c. Decide the stabilityarrow_forward
- Hello, I am confused on this question, the answer is attached as well but I am having difficulty with converting the complex numbers and the reasoning behind these steps. Thanks.arrow_forwardContinued Fraction Stability Criterion Determine if the following represent a stable or unstable system: (b) s5 + 6s4 + 10s² + 5s + 24 -Q(6)arrow_forwardsolvearrow_forward
- Fast pls solve this question correctly in 5 min pls I will give u like for sure Sub Convert the equation given in rectangular form into polar form. y=6arrow_forward67% 4 a M 4 O 6:25 8 docs.google.com/forms/d/e. O The name, email, and photo associated with your Google account will be recorded when you upload files and submit this form Questions Z1=j5 Z2=-j5 Z3=-j7 Z4=18-j9 Z5=1-jó Z6=11+j5 Vs1=20sin(wt-70) Vs2=80 cos(wt-35) Vs3-15 cos (wt-5O) Find the complex power supplied by all sources? V52 14 Vs, O 26 1 Add file Back Submit Clear form Never submit passwords through Google Forms. This form was created inside of University of Kirkuk. Report Abuse العربية الإنجليزيةarrow_forwardQ11arrow_forward
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