How do you multiply this to get the answer on the right (24500,34000,41500)? Please show solution. Topic is Markov Chain.
Homework Answers
Multiplication (AB) = Matrix A X Matrix B
Multiplication = [.75*20000+.15*30000+.1*50000, .2*20000+.75*30000+.15*50000, .05*20000+.1*30000+.75*50000]
Multiplication = [24500 34000 41500]
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How do you multiply this to get the answer on the right
(24500,34000,41500)? Please show solution....
please be as specific as possible and show how to multiply the matrices together. Thank you...
please be as specific as
possible and show how to multiply the matrices together. Thank
you
(t) 18. Use Laplace transform to solve the following IVPs for Зл — За2 + 2, (0) — 1 (a) , — — 6х1 — t, x2(0)=
Please show me how to get the right answer for part 1 of the question: Please...
Please show me how to get the right answer for part 1 of the
question:
Please show me how to get the right answer for part 2 of the
question:
Ultrasound of intensity 1.70x10-2 W/m2 is produced by the rectangular head of a medical imaging device measuring 3.00 cm by 4.95 cm. What is its power output (in W)? 2524x w Additional Materials O Reading
Below is solution, please show work how to get to answer. Thank you! 5.9.1. If p...
Below is solution, please show work how to get to answer. Thank
you!
5.9.1. If p = P exp[j(wt-kr)], find (a) the acoustic density, (b) the particle speed, (c) the velocity potential, (d) the energy density, and (e) the intensity 5.9.1. (a) (P/c ) expli( t-kx)]. (b) (P/poc) exp(j(t-kx)) (c) j(P / ρω) explj(at kA) (d) (P/ Poc) cos (wt- kx). (e) pa /2poc.
Could you please try to explain to me how we get the solution because I want...
Could you please try to explain to me how we get the
solution because I want to understand the solution so that to be
solved step by step including all of the details
If the conditions for a time-invariant optimal control law are satisfied by a linear regulator problem, the constant K matrix must be a solution of the nonlinear algebraic equations Using this result, determine the optimal control laws for: a) The first-order system x(t)-ax(t) + u (t) with...
Hi. please show the step-by-step solution how qw can be get. I try to do it...
Hi. please show the step-by-step solution how qw can be get. I
try to do it but i've stuck. the final answer is at the last line.
This is from viscous fluid flow, frank white, 3rd edition. At the
2nd last line, please explain how term AFTER
(Tw-Te) can be found?
4.2 Repeat the integral flat-plate heat-transfer analysis of Sect. 4-1.7 by using the parabolic velocity from Eq. (4-11) and the quartic temperature profile 2y 2y 8r This is a...
Answer is in blue please show how to get to the answer. . Find the mass...
Answer is in blue please show how to get to the answer.
. Find the mass of a thin wire lying on the curve r(t) = (2t, e', t), 0 <t<l with density 8 = V5+e". (Note: You may need to use the fact that (e) = e.) 1 4+ -e?
Please show your work and explain how you got your answer along the way. Do not...
Please show your work and explain how you got your answer along the way. Do not simply show an answer or show a picture of an excel spreadsheet please. The following table gives data on daily dollar changes in the spot price and the futures price for a certain commodity. Use the data to calculate a minimum variance hedge ratio. day 1 2 3 4 5 Spot Price Change +0.51 +0.50 −0.40 −0.46 +0.5 Futures Price Change +0.47 +0.52 −0.27...
Differential Equations and Matrix Algebra problem: Can you please show how to do numbers 2 and...
Differential Equations and Matrix Algebra problem:
Can you please show how to do numbers 2 and 3? Could you show
once you find the eigenvalues, the steps you take for the Gaussian
Elimination and row reducing to get the eigenvectors? I'm having
trouble with the Gaussian Elimination portion of the problem,
trying to get the bottom row of the matrix to be all zeros. For
problem 3, I found the eigenvectors when lambda is equal to 0, but
I'm stuck...
* Please show work step by step explaining how you got to the solution* Consider the...
* Please show work step by step explaining how you got to the solution* Consider the following data. Time (s) 0.0 5.0 10.0 15.0 20.0 [A] (M) 0.20 0.14 0.10 0.071 0.050 Graph the [A] vs. time, ln[A] vs time and 1/[A] vs. time. Determine the rate law and rate constant (including units) for the reaction. Determine the time at which the concentration of A at will be 0.12 M.
Looking for solution in Logarithms and in decimal form. Please show how you get solution. Solve...
Looking for solution in Logarithms and in decimal form. Please
show how you get solution.
Solve the following exponential equation. Express the solution in terms of natural logarithms or common logarithms. Then, use a calculator to obtain a decimal approximation for the solution 5x+7x-4 The solution set expressed in terms of logarithms is (Use a comma to separate answers as needed. Simplify your answer. Use integers or fractions for any numbers in the expression.)
please be as specific as
possible and show how to multiply the matrices together. Thank
you
(t) 18. Use Laplace transform to solve the following IVPs for Зл — За2 + 2, (0) — 1 (a) , — — 6х1 — t, x2(0)=
Please show me how to get the right answer for part 1 of the
question:
Please show me how to get the right answer for part 2 of the
question:
Ultrasound of intensity 1.70x10-2 W/m2 is produced by the rectangular head of a medical imaging device measuring 3.00 cm by 4.95 cm. What is its power output (in W)? 2524x w Additional Materials O Reading
Below is solution, please show work how to get to answer. Thank
you!
5.9.1. If p = P exp[j(wt-kr)], find (a) the acoustic density, (b) the particle speed, (c) the velocity potential, (d) the energy density, and (e) the intensity 5.9.1. (a) (P/c ) expli( t-kx)]. (b) (P/poc) exp(j(t-kx)) (c) j(P / ρω) explj(at kA) (d) (P/ Poc) cos (wt- kx). (e) pa /2poc.
Could you please try to explain to me how we get the
solution because I want to understand the solution so that to be
solved step by step including all of the details
If the conditions for a time-invariant optimal control law are satisfied by a linear regulator problem, the constant K matrix must be a solution of the nonlinear algebraic equations Using this result, determine the optimal control laws for: a) The first-order system x(t)-ax(t) + u (t) with...
Hi. please show the step-by-step solution how qw can be get. I
try to do it but i've stuck. the final answer is at the last line.
This is from viscous fluid flow, frank white, 3rd edition. At the
2nd last line, please explain how term AFTER
(Tw-Te) can be found?
4.2 Repeat the integral flat-plate heat-transfer analysis of Sect. 4-1.7 by using the parabolic velocity from Eq. (4-11) and the quartic temperature profile 2y 2y 8r This is a...
Answer is in blue please show how to get to the answer.
. Find the mass of a thin wire lying on the curve r(t) = (2t, e', t), 0 <t<l with density 8 = V5+e". (Note: You may need to use the fact that (e) = e.) 1 4+ -e?
Differential Equations and Matrix Algebra problem:
Can you please show how to do numbers 2 and 3? Could you show
once you find the eigenvalues, the steps you take for the Gaussian
Elimination and row reducing to get the eigenvectors? I'm having
trouble with the Gaussian Elimination portion of the problem,
trying to get the bottom row of the matrix to be all zeros. For
problem 3, I found the eigenvectors when lambda is equal to 0, but
I'm stuck...
Looking for solution in Logarithms and in decimal form. Please
show how you get solution.
Solve the following exponential equation. Express the solution in terms of natural logarithms or common logarithms. Then, use a calculator to obtain a decimal approximation for the solution 5x+7x-4 The solution set expressed in terms of logarithms is (Use a comma to separate answers as needed. Simplify your answer. Use integers or fractions for any numbers in the expression.)
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