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Question 2.)Let A= student id last digit % 4 and add 1. For example mine student...
Question 1.) Given a directed negative weights Graph what is the most efficient algorithm to detect...
Question 1.) Given a directed negative weights Graph what is the most efficient algorithm to detect a cycle. What is the most efficient method to detect a cycle? Question 2.)Let A= student id last digit % 4 and add 1. For example mine student id is 7. So 7%4=3 and add 1 -->A=4 Run DFS starting at node a, and breaking ties alphabetically(in this case numerically as nodes have numbers where 1 goes before 2). Please label just back edges....
ID#: 20254136 Let A be the last digit and let B be the second to last...
ID#: 20254136 Let A be the last digit and let B be the second to last digit of your 8-digit student ID. (Example: for 20245347, A = 7 and B = 4.) Imagine the energy levels in an atom are given by En = - (8.30+A)eV/n2. Find the wavelength of the photon emitted when an electron goes from n = (2+B) to n = 1. Give your answer in nanometers (nm) and with 3 significant figures.
LAB 1 2 5 7 6 9 3 8 . Write code to implement an adjacency matrix (2d matrix) which represents th...
JAVA
LAB 1 2 5 7 6 9 3 8 . Write code to implement an adjacency matrix (2d matrix) which represents the graph. Your code should contain a function called addEdgelint i, int j). Use this function to add the appropriate edges in your matrix. Write code to implement Depth-First-Search (DFS) and Breadth-First-Search (BFS) of your graph. Let 0 be the source Node . Traverse the graph using DFS, print the Nodes as they are visited. . Traverse the...
Question 4 A ball with a diameter of your last digit of your University ID+1) cm...
Question 4 A ball with a diameter of your last digit of your University ID+1) cm leaves a girl's hand with an upward velocity of 6 meters per second. What is the maximum height of the ball above the girl's hand? neglect air resistance Not yet answered Marked out of 2.00 Flag question Select one O a 6,4M Ob. 1.8 M O C70M d. 4.5 M e. 52 M 10 9 12 M 130M Last digit : 7
Mid-Term # 2 for MAE409A, Sec 3, 3/28/2019 Student Name& ID: Instructor: Dr. George Tzong Problem...
Mid-Term # 2 for MAE409A, Sec 3, 3/28/2019 Student Name& ID: Instructor: Dr. George Tzong Problem i (1196): Please use one dimensional finite elem by following Element and Node IDs as defined in the figure. Node 3 is fixed, and Nodes 3 and 4 are 2 units away from rigid walls. (1) Assemble and show the reduced global stiffhess matrix and load vector for the model; and (2) Find the nodal displacements, reaction forces at Node 1, and stress in...
the last three digit 552 solve only question 4 In this HW, the values of a,...
the last three digit 552
solve only question 4
In this HW, the values of a, b and c are the last three digits of your student ID. For example, if your student ID is 201802321 then a = 3, b = 2 and c=1. 1. (5pts) Evaluate the eigenvalues of the following matrix a +5 4 0 0 -1 a+10 0 0 0 0 0 -2 2 + c 2. (7pts) Let -3 1 B= 1 -2 1 3...
last digit is 5 bisect f.m newton.m func.m 2(a) Let d be the last digit of your student ID number. But if d0, t...
last digit is 5
bisect
f.m
newton.m
func.m
2(a) Let d be the last digit of your student ID number. But if d0, take d6. Then in Example 1.1 of Chapter 4, suppose we want v(12)d, that is, g(e24-I) With g-9.8, use the bisection method as implemented in the Matlab function bisect in bisect.m with error tolerance eps 108 to find an approximation to . Please hand in an explanation of how your a and b were found as well...
MA112 2 Name.. Student ID.................. Instructions: Answer each question to the best of your ability. You...
MA112 2 Name.. Student ID.................. Instructions: Answer each question to the best of your ability. You MUST SHOW ALL WORK for full credit. Clearly indicate your final answers. Good luck! 1. Let n be the last digit of your student ID. Consider the vector field 3.02 - } (x, y) = 6x In(y)i + -) 3, for y>0 Y | 7 di is independent of path in a simply connected (n+1.e) 1.1 (3 points) Determine whether (n+1,1) region containing the...
.n= n(n-1)(n+1) for all n > 2. 12. Use induction to prove (1 : 2) +(2-3)+(3-4)...
.n= n(n-1)(n+1) for all n > 2. 12. Use induction to prove (1 : 2) +(2-3)+(3-4) +...+(n-1).n [9 points) 3
Consider the bar shown below which is made of two different materials with different cross sectional...
Consider the bar shown below which is made of two different materials with different cross sectional areas. An axial force P 200x103 N is applied at the intersection point. Both ends of the bar are fixed 300 mm> 400 mm Aluminum A 2400 mm2 E 70 x 10 N/2 E2-200 x 109 N/m2 Steel A,-600 mm2 1. 2. 3. Find the axial displacements at X, -140 mm and X2 -440 mm Find the stress at X' = 140 mm and...
Question 1.) Given a directed negative weights Graph what is the most efficient algorithm to detect a cycle. What is the most efficient method to detect a cycle? Question 2.)Let A= student id last digit % 4 and add 1. For example mine student id is 7. So 7%4=3 and add 1 -->A=4 Run DFS starting at node a, and breaking ties alphabetically(in this case numerically as nodes have numbers where 1 goes before 2). Please label just back edges....
JAVA
LAB 1 2 5 7 6 9 3 8 . Write code to implement an adjacency matrix (2d matrix) which represents the graph. Your code should contain a function called addEdgelint i, int j). Use this function to add the appropriate edges in your matrix. Write code to implement Depth-First-Search (DFS) and Breadth-First-Search (BFS) of your graph. Let 0 be the source Node . Traverse the graph using DFS, print the Nodes as they are visited. . Traverse the...
Question 4 A ball with a diameter of your last digit of your University ID+1) cm leaves a girl's hand with an upward velocity of 6 meters per second. What is the maximum height of the ball above the girl's hand? neglect air resistance Not yet answered Marked out of 2.00 Flag question Select one O a 6,4M Ob. 1.8 M O C70M d. 4.5 M e. 52 M 10 9 12 M 130M Last digit : 7
Mid-Term # 2 for MAE409A, Sec 3, 3/28/2019 Student Name& ID: Instructor: Dr. George Tzong Problem i (1196): Please use one dimensional finite elem by following Element and Node IDs as defined in the figure. Node 3 is fixed, and Nodes 3 and 4 are 2 units away from rigid walls. (1) Assemble and show the reduced global stiffhess matrix and load vector for the model; and (2) Find the nodal displacements, reaction forces at Node 1, and stress in...
the last three digit 552
solve only question 4
In this HW, the values of a, b and c are the last three digits of your student ID. For example, if your student ID is 201802321 then a = 3, b = 2 and c=1. 1. (5pts) Evaluate the eigenvalues of the following matrix a +5 4 0 0 -1 a+10 0 0 0 0 0 -2 2 + c 2. (7pts) Let -3 1 B= 1 -2 1 3...
last digit is 5
bisect
f.m
newton.m
func.m
2(a) Let d be the last digit of your student ID number. But if d0, take d6. Then in Example 1.1 of Chapter 4, suppose we want v(12)d, that is, g(e24-I) With g-9.8, use the bisection method as implemented in the Matlab function bisect in bisect.m with error tolerance eps 108 to find an approximation to . Please hand in an explanation of how your a and b were found as well...
MA112 2 Name.. Student ID.................. Instructions: Answer each question to the best of your ability. You MUST SHOW ALL WORK for full credit. Clearly indicate your final answers. Good luck! 1. Let n be the last digit of your student ID. Consider the vector field 3.02 - } (x, y) = 6x In(y)i + -) 3, for y>0 Y | 7 di is independent of path in a simply connected (n+1.e) 1.1 (3 points) Determine whether (n+1,1) region containing the...
.n= n(n-1)(n+1) for all n > 2. 12. Use induction to prove (1 : 2) +(2-3)+(3-4) +...+(n-1).n [9 points) 3
Consider the bar shown below which is made of two different materials with different cross sectional areas. An axial force P 200x103 N is applied at the intersection point. Both ends of the bar are fixed 300 mm> 400 mm Aluminum A 2400 mm2 E 70 x 10 N/2 E2-200 x 109 N/m2 Steel A,-600 mm2 1. 2. 3. Find the axial displacements at X, -140 mm and X2 -440 mm Find the stress at X' = 140 mm and...
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