First photo (written) is an example of how we do it during class. The photo of...
Can you please read what is in the photo and answer the question: 1) Do you think consumers are acting rationally during this crisis in your view? I need at least 175 words please. Thank you so much for your help. Think too of the impact of Covid 19 on the consumer behavior. Işee behavior that makes no sense! Why, for example were we panicking over toilet paper? Class, consider how consumer behavior drives other consumers. In these rare occurrences...
My question is from the first step from where did we get 2 ? EXAMPLE 2.21 FIRST-ORDER RECURSIVE SYSTEM (CONTINUED): COMPLETE SOLUTION Find the solution for the first-order recursive system described by the difference equation y[n] - Laxn – 1] = x[n] (2.46) if the input is x[n] = (1/2)*u[n] and the initial condition is y[ – 1] = 8. Solution: The form of the solution is obtained by summing the homogeneous solution determined in Example 2.18 with the particular...
3. A nonlinear system: In class we learned how to use Taylor expansion up to the 1* order term to solve a system of two non-linear equations; u(x.y)- 0 and v(x.y)-0. This method is also called Newton-Raphson method. (a) As we did in lecture, expand u and v in Taylor series up to the 1st order and obtain the iterative formulas of the method. (In the exam you should have this ready in your formula sheet). 1.2) as an initial...
the next photo is an example to help you solve the first one 166 min. Chapter 14, Section 14.4, Question 007 Express the area of the given surface as an iterated double integral in polar coordinates, and then find the surface area The portion of the surface Xy that is above the sector in the first quadrant bounded by the lines X2 + y?-81. y-0, and the circle 3 Use "pi" or symbol π to enter the . Click here...
Week W8 Written Assignment: Due on Wednesday, October 16. 1. When we discussed the method of undetermined coefficients for finding a solution to ay" + by' + cy=9(1), we had three rules. "Rule 1" directed you to start with a guess of an linear combination (with undetermined coefficients) of all the terms that appear in g(t) and it's derivatives. "Rule 2" said that if your first guess is a solution to the corresponding homogeneous equation, you should multiply your initial...
How are we getting the volumes in this solution for example for 10Xs buffer how did we get 1 microliter please explain for each reagent how the microliters were obtained; ddH20, 10X buffer A, 1 microgram/microliter DNA stock, and enzyme at 10 U/microliter. Question: What is the most concentrated stock of buffer A you can make? Now if you want to prepare an enzymatic reaction containing 1X buffer A, 100 ng/ul DNA stock and 1 Unit/ul (U/ul) of enzyme proceed...
The first image is example of how I want answers and the second image is questions. Can u please give me answers asap. Thank u. 7. hello_world.iml hello # C D Q , eaProjects hello_world - 7. hello_world.iml x Ant //Here is an example problem with answers so you can see what I am looking for. //For writing the recurrence relation, n is the length of the array - start 1/Precondition: start >= 0 public static int exampleProblem(int[] array, int...
This program will take advantage of methods written in the Help.java class First, you will write a new method in Help.java. This method will be named: addArray) and will accept an array of integers as input. This method will calculate the sum of all values in the array and return the resulting sum. Remember that the array being passed to the method may be of ANY length. (Use the existing methods in the Help.java class to help you remember how...
A system of two first order differential equations can be written as: A second order explicit Runge-Kutta scheme for the system of two first order equations is Consider the following second order differential equation: Use the Runge-kutta scheme to find an approximate solution of the second order differential equation, at x = 0.2, if the step size h = 0.1. Maintain at least eight decimal digit accuracy throughout all your calculations. You may express your answer as a five decimal...
Confidence Interval about a Population Mean 2) Consider the same information as in Example 2 on page 320, section 7.2, but use the following summary values instead: the sample size to be n = 15, the sample mean i = 30.2, and the sample standard deviation s = 2.40. The given summary statistics resulted from the raw data: 31, 29, 31, 26, 31, 32, 35, 28, 30, 27, 29, 29, 30, 32, and 34. Write your solution just like in...