please help solve problem 10 10) Suppose that w = a Find the minimal polynomial for w and explain your answer. Hint:...
Please explain your answer
Suppose that we use least-squares to fit a polynomial trend to this time series. Figure 4 displays the original time series plot along with the fitted values. Time Series and Polynomial Fit of the Trend 10 15 Time Figure 4 Which of the following characteristics is the model able to capture? Trend Seasonality Trend and seasonality Seasonality and heteroskedasticity
Can someone please help me out
State the degree of the following polynomial equation. Find all of the real and imaginary roots of the equation, stating multiplicity when it is greater than one The degree of the polynomial is Zero is a root of multiplicity is a root of multiplicity 2. Find a polynomial equation with real coefficients that has the given roots -1, 3,-4 The polynomial equation is x3--o Find a polynomial equation with real coefficients that has the...
Please Solve As soon as
Solve quickly I get you two UPVOTE directly
Thank's
Abdul-Rahim Taysir
Objective: is to test your understanding of the root locus sketch, and to see how MATLAB can help you Plot the root-locus for the following unity-feedback systems. You should apply the 10 Rules we dis- cussed in class; you should find breakaway/break-in points, angle of departures, asymptotes, jw-axis crossings, and range of K such that the system is stable. You should also verify your...
Short answer, explain your reasoning (a) Find the ged in R[x] of x3 – 2x – 1 – 2 and x2 – – 2. (b) How many elements in F41 are squares? Explain a systematic way to describe them all? (c) Does C[x] have an irreducible polynomial of degree 100? Explain. (d) Does R[2] have an irreducible polynomial of degree 100? Explain. (e) Does Q[x] have an irreducible polynomial of degree 100? Explain. (f) Does F19(2) have an irreducible polynomial...
question 3 please
The first 5 questions refer to finding solutions to the equation exp(w) = 3.8 ln(1+x). You will need to write it in the form f(x)-0, and use various root finding methods. 1. (10 pts) Plot the curves y- exp(Vx), and y 3.8 ln(1+x) on the same graph in the range 0 x 6. Read off intervals in which there are roots of the equation exp(k)- 3.8 In(1+x) Now find the roots to 6 decimal places using the...
Please explain your answer
Time Series and the Seasonal-Means+ Polynomial Trend 10 15 Time Figure 5 Which of the following characteristics is the model able to capture? Trend Seasonality Trend and seasonality Seasonality and heteroskedasticity
Please explain how you got to your answer
okmarks People Window Help ine Homework (CHM 2210 x./ 0wLv2 | Online teaching and Assignment/takeCovalentActivity.do?locator assignm.. S Review Topics] References] Write an acceptable IUPAC name for the compound below Include 'cis' and trans' as part of the name when stereochemistry is illustrated CI The IUPAC name is Submit AnswerRetry Entire Group 9 more group attempts remaining
Please answer A, B, and C in full
2. Let f() € F[2] be a separable polynomial with roots {u1, ..., Un} contained in some splitting field K of f(x) over F. Define A= || (ui-u) = (ui - U2) (u - u3) ...(ui-un)(uz - u3) ..(un-1 - Un) EK. (a) (15 points) Consider GalpK < Sn by looking at its action on the set of roots for f(x). Show that if Te Galo K is a transposition then (A)...
please help ASAP with the quiz
R1 3 R2 R3 Find Is (round to one decimal place) Vs= 2. R1= 36 R2=5 R3=14 M Gmail QueSLIUITO WO- "11" is a current Branch Mesh 1 pts Question 9 (Hint: Voltages in series can be added together if the voltages are aiding each other. The net voltage will be their sum. If the voltages are opposing then the net voltage is their difference) V1= 2 ohms V2= 7ohms R1= 18ohms R2= 20ohms...
Please help me answer the following :
Find expressions for each output variable in canonical SOP and
canonical POS form
Assuming that an output A already exists (but all other outputs
do not), write expressions for {Y1, Y2, Y3, W} in terms of {X1, X2,
X3 and A}.
Draw a simplified circuit that obtains output signals {Y1, Y2,
Y3, W, A} from input signals {X1, X2, X3} based on your results in
Q1.
DATA: 0 0 1 0 01 0...