Give an example describing a queuing system using the Kendall-Lee notation (like M/M/s).

Give an example of applying Little's law to a queuing system problem.

Define and give an example of a stochastic process

Define and give an example of discrete vs. continuous time stochastic processes

Define and give and example of discrete vs. continuous state space stochastic processes.

Define what is meant when a stochastic process is Markov chain

3 Question Antibodies are composed of two types of peptides, heavy chains and light chains, One of the major classes of antibody molecules is immunoglobulin G (IgG). Two heavy chains and two light chains form 4 Question 1007100 IgG molecule. Conoct Classify each statement as describing the heavy chains, light chains, or both chains of IgG. 95 Question 100/100 Correa Heavy chains Light chains Both chains 26 Question 56/100 are found in the Fab fragment contain multiple constant domains 37 Question Camect are found in the Fe fragment contain only one corntant domain form the antigen binding nice @ 8 Question 100/10g Lol - Atlemon contain only one variable domain contain multiple variable domains @5 Question Answer Bank @1 10 Question 100 100SOLVE ALL QUESTIONS CORRECT AND CLEAR I GONNA VOTE UP 1. Give and draw the pdf and cdf of a uniform random variable X. Find the mean and the variance of X. 2. Give the pdf and cdf of an exponential random variable X. 3. Give the pdf, cdf, and Q function of a standart Gaussian random variable X. (unit variance, mean zero) 4. Give the Markove and Chebyshev inequalities. 5. Give the moment generating function and characteristic function of a random variable X. How can the moments be found from the moment generating function and characteristic function?1: Find the matrix that diagonalizes 1.1: Find eigenvalues of the matrix A. (10 points) 1.2: Find eigenvectors for each eigenvalue of A. (10 points) 1.3: Diagonalize the matrix A . That is, find an invertible matrix S and a diagonal matrix D such that S"AS = D. (10 points) Solution