In the experiment of tossing a fair coin, the random process {X(t)} is defined as sin(t) if head turns up and 9t otherwise. The second order PMF of this process is given by A. P[X(t1) = sintı, X(t2) = sint2] =1/2, P[X(t1) = 9t1, X(t2) = 9t2] =1/2 and 0 otherwise O B. P[X(t1) = sint1, X(t2) = 9t2] =1/2, P[X(t1) = 9t1, X(t2) = sint2] =1/2 and 0 otherwise OC. P[X(t1) = sint1, X(t2) = 9t2] =1/2, P[X(t1) = 9t1, X(t2) = 9t2] =1/2 and 0 otherwise
In the experiment of tossing a fair coin, the random process {X(t)} is defined as sin(t) if head turns up and 9t otherwise. The second order PMF of this process is given by A. P[X(t1) = sintı, X(t2) = sint2] =1/2, P[X(t1) = 9t1, X(t2) = 9t2] =1/2 and 0 otherwise O B. P[X(t1) = sint1, X(t2) = 9t2] =1/2, P[X(t1) = 9t1, X(t2) = sint2] =1/2 and 0 otherwise OC. P[X(t1) = sint1, X(t2) = 9t2] =1/2, P[X(t1) = 9t1, X(t2) = 9t2] =1/2 and 0 otherwise
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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![In the experiment of tossing a fair coin, the random process {X(t)} is defined as sin(t) if head turns up and 9t otherwise. The second order PMF of this process is given
by
O A. P[X(t1) = sintı, X(t2) = sint2] =1/2, P[X(t1) = 9t1, X(t2) = 9t2] =1/2 and O otherwise
B. P[X(t1) = sint, X(t2) = 9t2] =1/2, P[X(t1) = 9t1, X(t2) = sint2] =1/2 and O otherwise
C. P[X(t1) = sint1, X(t2) = 9t2] =1/2, P[X(tz) = 9t1, X(t2) = 9t2] =1/2 and 0 otherwise
O D. None](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9e94fe26-40f1-4504-a182-26f4a188dbff%2Fd222f422-4c32-4525-b280-56c2a4a4c296%2F1xiwzzk_processed.png&w=3840&q=75)
Transcribed Image Text:In the experiment of tossing a fair coin, the random process {X(t)} is defined as sin(t) if head turns up and 9t otherwise. The second order PMF of this process is given
by
O A. P[X(t1) = sintı, X(t2) = sint2] =1/2, P[X(t1) = 9t1, X(t2) = 9t2] =1/2 and O otherwise
B. P[X(t1) = sint, X(t2) = 9t2] =1/2, P[X(t1) = 9t1, X(t2) = sint2] =1/2 and O otherwise
C. P[X(t1) = sint1, X(t2) = 9t2] =1/2, P[X(tz) = 9t1, X(t2) = 9t2] =1/2 and 0 otherwise
O D. None
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