*** Please provide explanations for each step so I can fully comprehend. The answer is c = 1 / SQRT(2pi) but I cannot figure out how to get there.
*** Please provide explanations for each step so I can fully comprehend. The answer is c...
Please provide formulas used and if possible some explanations
so I can fully understand :)
2.13 If the r.v.'s Yand Yhave the joint p.d.f. given by then: ) Set Us XYand V- Yand show that their joint p.d.f.is given by (ii From part (i), derive the p.d.t.s
Please provide detailed explanations and basic formulas used
when possible so I can fully understand. Thank you :)
2.16 The blood pressure of an individual taken by an instrument used at home is a r.v. Xdistributed as N4, 2o), whereas the blood pressure of the same individual taken in a doctor's office by a more sophisticated device is a r.v. Y distributed as MA, σ). If the r.v.'s X and Y are X + Y independent, compute the probability that...
*** Please provide as much detail and basic formulas used so I
can fully understand how problem is solved. Thank you :)
1.9 The r.v.'s X and Y have joint p.d.f. given by: (i) Determine the constant c. (ii) Derive the marginal p.d.f.'s fx and fy. (iii) Show that the r.v.'s X and Y are dependent.
I need part c please :)
2. What makes the operators a and a', defined in problem 1 e, of the last homework, useful, is that they make it easy to manipulate the solutions to the harmonic oscillator. The general behavior of the operators when they operate on harmonic oscillator wavefunctions, yv, is as follows: a' SQRT(v+1) i.c., operating with a' on one of the harmonic oscillator eigenfunctions, ww, converts it to the next highest eigenfunction, ψν+1-Therefore at is...
Please include step-by-step solution.
D19. Solve t2x" +3tx -3 x-t', t>0.
5. Consider the system in the figure below with X (12) = 0 for 221 > 20007, and the discrete-time system a squarer, i.e. yn = t[n]. What is the largest value of T such that y(t) = I.(t)? x[n] Hiscrete-time y[n] system D/C
Can you please put this is
matlab and show the results. I can't get an answer.
>> f- inline '10+4*sin (t) -2*sqrt(y) ','t','y').; >>plot(t.y)
A continuous random variable X has a beta distribution with
p.d.f :
1 f(x) = 0<<<1, a > 2 B(4, 5)22-1(1 – 2)8-1 Determine E (3) HINT: E possible. (-) + E(X) Please show your work and simplify your final answer as much as
I can not solve this question and the answer is E. How can i
solve this problem can u explain to me step by step. ANSWER IS
E.
In the region 0 <r<1, the volume current density is 5* a, and 0 elsewhere. What is the value of B for r>1. (152) Lütfen birini seçin: 10e a HO A She ad e B. 5μο a C X 10 po az D. 100 ab
**Answer: B.
Explain steps & explanations (pictures if necessary).
Provide background information (do not have any prior
knowledge)**
Adenine 0=P-0-CH Lov Adenine o=P-0-CH 0- OOH 0=c41 Но он 0=c+4 R-CH 5>NH, R-CH NH O=C2 R-CH 3>NH, Which atoms participate in peptide bond formation between the single amino acid covalently attached to a tRNA (right side) and the growing polypeptide chain covalently attached to a tRNA (left side)? A. 1 and 4. B. 1 and 5. C. 2 and 4. D....