Question

Only 1-4)

X, be a random sample from N(4,a ), , and let X and S be sample mean and sample 1. Let variance, respectively. In Order to sh

0 0
Add a comment Improve this question Transcribed image text
Answer #1

Det Sumple nean mpe V amamA skinhe 04amples 2 ) e lawnhom N XiN (0, 1) 2 Riafive as VA +1 2 YL n ta 222+ Slow hair growth arfh Insurance Specialist A.X ue lshere ya N n 54 7 2A a 21 2n lere lial he Auch io arlho nubiir A ans farmalhone 2 2 2018 n Becnce Spe 27 28 29 30 A. 2 32 271 271 C M iICI . Pd 2 Noo Pdi sp 2. 271 18 18 ST28 29 30 2 -47 WJ 2 2. 2. 2 - / i1 1P a 2 しる 2 2. 22-2Now Swees dunelion 4unelori s, 2 2142) ndyenent ane 2 are (omle mean) Comple

Add a comment
Know the answer?
Add Answer to:
Only 1-4) X, be a random sample from N(4,a ), , and let X and S...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Only 1-3) ,X, be a random sample from N(u,0") and let X and S be sample...

    Only 1-3) ,X, be a random sample from N(u,0") and let X and S be sample 1. Let mean and sample variance, respectively. In order to show that X and S are independent, tollow the steps below. x - x -X, and show the joint pdf of ,X,,..., X 1-1) Use the change of variable technique is (n-1)s n-u) еxp f(X,x 2a 20 av2n Use Jacobian for n x n variable transformation 1-2) Use the fact that X~N(4, /n), and...

  • Only 1-3) ,X, be a random sample from N(u,0") and let X and S be sample...

    Only 1-3) ,X, be a random sample from N(u,0") and let X and S be sample 1. Let mean and sample variance, respectively. In order to show that X and S are independent, tollow the steps below. x - x -X, and show the joint pdf of ,X,,..., X 1-1) Use the change of variable technique is (n-1)s n-u) еxp f(X,x 2a 20 av2n Use Jacobian for n x n variable transformation 1-2) Use the fact that X~N(4, /n), and...

  • Only 1-6) N(4,) "x.xx be a random sample from variance, respectively. In order to show that...

    Only 1-6) N(4,) "x.xx be a random sample from variance, respectively. In order to show that and let X and S be sample mean and sample 1. Let and 5 are independent, tollow the steps below. 1-1) Use the change of variable technique =nx-x,- x and show the joint pdf of ,X,,X is (n-1) n- exp f(,x) 20 2a av2 Use Jacobian for n x n variable transformation 1-2) Use the fact that N(u,a n), and show that the conditional...

  • and let X and S be sample mean be a random sample from N(u,0) 1. Let...

    and let X and S be sample mean be a random sample from N(u,0) 1. Let are independent, follow the and sample variance, respectively. In order to show that X and S steps below X x-x2 , and show the joint pdf of 1-1) Use the change of variable technique X,X,,X n is (n 1s 202 1 f(F,x,) = n exp 202 a27 [Hint 1] Use Jacobian for n x n variable transformation [Hint 2] 4AT-r- des dis Je ddi...

  • and let X and S be sample mean be a random sample from N(u,0) 1. Let...

    and let X and S be sample mean be a random sample from N(u,0) 1. Let are independent, follow the and sample variance, respectively. In order to show that X and S steps below X x-x2 , and show the joint pdf of 1-1) Use the change of variable technique X,X,,X n is (n 1s 202 1 f(F,x,) = n exp 202 a27 [Hint 1] Use Jacobian for n x n variable transformation [Hint 2] 4AT-r- des dis Je ddi...

  • (п-1)S? for the conditional 1-3) Show that the moment generating function(MGF) of distribution of 2,given X...

    (п-1)S? for the conditional 1-3) Show that the moment generating function(MGF) of distribution of 2,given X is (n-1)S2 | X (1-2 -(n-l)/2 ,1 < 2 E expt Hint: Notice that g,,, is a pdf That is, 7 1- "ppxp )./ (n-1)S2 X Еl exp| t in a multi-integral form using the conditional pdf of Express X2,, given X Then try to consider the integrand as another joint pdf times a constant. Then the answer will be the constant. Hint (п-1)S?...

  • (n-1)S for the conditional 1-3) Show that the moment generating function(MGF) of distribution of2,A given X...

    (n-1)S for the conditional 1-3) Show that the moment generating function(MGF) of distribution of2,A given X is ,(n-1)SX (1-2) (2,1 1 -(n-l)/2 E exp t 2 Hint: Notice that , is a pdf. That is, ] 77 (n-1)S | X E exp .2 in a multi-integral form using the conditional pdf of Express X2, given X. Then try to consider the integrand as another joint pdf times a constant. Then the answer will be the constant [Hint] [Hint 2] 22-1...

  • Consider a random sample of size n from a two-parameter exponential dist EXP(e, n). Recall from E...

    Consider a random sample of size n from a two-parameter exponential dist EXP(e, n). Recall from Exercise 12 that X 1 ., and X are jointly sufficient for O Because Xi:n is complete and sufficient for η for each fixed value of θ, argue from 104.7 that X, and T X1:n X are stochastically independent. ibution, X, 30. Theor (a) Find the MLE θ of θ. (b) Find the UMVUE of η. (c) Show that the conditional pdf of Xi:n...

  • 1. Let X be an iid sample of size n from a continuous distribution with mean...

    1. Let X be an iid sample of size n from a continuous distribution with mean /i, variance a2 and such that Xi e [0, 1] for all i e {1,...,n}. Let X = average. For a E (0,1), we wish to obtain a number q > 0 such that: (1/n) Xi be the sample Р(X € |и — 9. и + q) predict with probability approximately In other words, we wish to sample of size n, the average X...

  • Let X1,.. ,X be a random sample from an N(p,02) distribution, where both and o are...

    Let X1,.. ,X be a random sample from an N(p,02) distribution, where both and o are unknown. You will use the following facts for this ques- tion: Fact 1: The N(u,) pdf is J(rp. σ)- exp Fact 2 If X,x, is a random sample from a distribution with pdf of the form I-8, f( 0,0) = for specified fo, then we call and 82 > 0 location-scale parameters and (6,-0)/ is a pivotal quantity for 8, where 6, and ô,...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT