1. Which of the following equations define a plane? 2 2 3 '7,S IR r21 T37 1. Which of the following equatio...
1. Which of the following equations define a plane? 1. Which of the following equations define a plane?
Which of the following equations define a plane? 2 ド!..lil..lil,r..e R ''X-H-N+3하a,JER Which of the following equations define a plane? 2 ド!..lil..lil,r..e R ''X-H-N+3하a,JER
7. Define a Markov Chain on S = {0, 1, 2, 3,·.) with transition probabilities Po,1 1, pi,i+1 = 1-Pi,i-,-p, i 1 with 0<p < 1/2. Prove that the Markov Chain is reversible.
I have attached the questions and the final solutions. Please do all of questions 7 and 8 7. Given the line L:x,y,z-2,2,3+1,-1,-3, the plane S 3x-2y+2z-7 and the point A 1,1,1 a) Find parametric equations of the line which contains the point A, intersects the line and which is parallel to the plane b) Find parametric equations of the lne which contains the point A and which intersects the line Lat the&angle a) Show that V" is a subspace of...
Physics Prelab 1) Define actual and theoretical mechanical advantage, using words as well as equations. 2) Define efficiency. 3) What law of physics forbids the efficiency of an actual machine from being equal to 1? (100% efficiency) 4) Is a screw an example of a wheel and axle, lever, or inclined plane? 5) What is the efficiency of a wooden ramp (μ =0.4) at an angle of 20 degrees?
1. (3 points) Express the following vector equation as a system of linear equations. 4 X1 + X2 = = [ 3 5 (Keep the equations in order.) -Xi+ X2 = _ x1 + X2 = Answer(s) submitted: (incorrect) 2. (1 point) Determine which of the points (1, -2, -2), (-7,3,3), and (6,1,-5) lie in the plane x1 - 4x2 +6x3 = -1. Answer: Answer(s) submitted: (incorrect)
1. (3 points) Express the following vector equation as a system of linear equations. 4 X1 + X2 = = [ 3 5 (Keep the equations in order.) -Xi+ X2 = _ x1 + X2 = Answer(s) submitted: (incorrect) 2. (1 point) Determine which of the points (1, -2, -2), (-7,3,3), and (6,1,-5) lie in the plane x1 - 4x2 +6x3 = -1. Answer: Answer(s) submitted: (incorrect)
Question 1. In this question, for brevity we define an open sector in the complex plane to be a set {z : α < arg(z) < β} and a closed sector to be a set {z : α < arg(z) β), where 0 < β-a < 2π. Consider the following transcendental elementary functions f(z)=e: cos(z): g(z) =e*cos(z) cos(2); 92 2 In which sectors, if any, do each of these functions decay to zero as 00? Explain your answers and distinguish...
Question 1. In this question, for brevity we define an open sector in the complex plane to be a set {z : α < arg(z) < β} and a closed sector to be a set {z : α < arg(z) β), where 0 < β-a < 2π. Consider the following transcendental elementary functions f(z)=e: cos(z): g(z) =e*cos(z) cos(2); 92 2 In which sectors, if any, do each of these functions decay to zero as 00? Explain your answers and distinguish...
Which one of the following is a normal vector for the plane through the point P(1.-3 . . . O A.(-5,4,3) O B. (7,-6, -5) O C.(-5, -4,3) O D.(-11,8,7) O E. (4, -2,-2) . . Question 4 of 40 1.0 Points Which one of the following is a normal vector for the plane through the point P(1, -3, 5) which is parallel to both ü = (1,-1, 3) and 1 = (2,1,2) • O A.(-5,4,3) • O B. (7.-6,...