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Let X,,X,, , X, be /ge , o x 8. (i) Find maximum likelihood estimator for θ ; (ii) Find the method of moment estimator for θ. a random sample from fo (x) = 2x
E. F. Are what I am needing help with aBbCel AaBbCcl AaBbcct AbCad LNormall Heading, ind - Replace Heading 3il Dictate в r w.ox, x, A-e-A. I :-. о-B- Heading 2 select . | Word hasn't been N Event Sample p 90% CI for p 938 350 0.373134 (0.347160, 0.399109) Test Null hypothesis Alternative hypothesis H1: p 0.5 Ho: p = 0.5 e. Interpret the confidence interval you reported in part (d) f. What do you think? Do our results...
need help in solving this Three pint charges are aliged aiongthe x axis as shown in the figure below. 0.500 m 0.800 m -4.00 nC 5.00 nC 3.00 nC Find the electric field at the following positions. E- N/C N/C Need Help? Readt
6 Sample Final-exam.pdf S No Shde Title anie Portfolio E-Leaning Moodle | Ge X x x x ng.gju.edu.jo/pluginfile.php/142960/mod resource/content/1/Sample % 20Final-exam.pdf #Dropbox- Sketchy.. - OneDrive 1/18/20: 2Page Q3) 10points A manufacturer produces three models 1, II, and I, of a certain product using raw materials A, and B. the following table gives the data for the problem: Requirements per unit Availability Raw material 4000 A 2 3 5 4 6000 B 2 7 Minimum demand 200 150 200 Profit per...
04. Prove that Var 1/-e + + m te, I in cylindrical coordinates. in upberical coordinates. Orrekin
The general solution to 4 -1 -8 x can be given by OA Ge-6t OH Cle-6t + Cze e-6t OL Cie-6t e-6 ( 21 ) +cze-x [y ( )+(?)] (?) • [:( 21 ) + ( ) (-1) [-(-) ()] ( 21 ) +ce-[:( - ) +(:)] (2) [:(-1) )+(?)] + Cze + cie-6t Ge-6t + cze e-6
04: Use a surface integral to find the outward flux of F = x i + y j + z k through the surface of the sphere za. 04: Use a surface integral to find the outward flux of F = x i + y j + z k through the surface of the sphere za.
20 pts total] Consider the random variable X with the following CDF shown below a. [04 pts] Determine the correct value for c. b. [04 pts] Find P[1 s X s 3]. c. (04 pts] Find E[X], the expected value of x d. (04 pts] Find Var[X], the variance of X. e. [04 pts] Find the second moment of X.
(I don't think I understand what this equation is saying) Conductivity = A*(1-exp(-c*x))+B A= 2.385E+04 C= 3.685 B= -3.693 Find the conductivity at x= 0.1
ind the corvolution of the two signals shown below. Label at eritical poiets. 130 points Psge 3/s 지6) to 4 From the definition X(ω)s £ x(r)e-i·'dt find the Fourier transform of the signal ito ao points) 亡