you'll continue applying the techniques of finite difference methods; but this time, you'll be taking second derivatives, and analyzing how the error in the estimate changes with mesh size.  SEE ATTACHMENT EngineeringAppliedExercise.docx Many engineering applications of differential calculus involve second derivatives. For example, Newton's second law can be written in the […]

  the notation for a derivative can have many forms like f ' (x), y', or dy/dx.   For an opportunity for a reply credit, you can research the notations  and tell us what you found about the origin of each of the notations.   Give a description of what you found in […]

Find a resource that explains it.  Provide  a link and reference (APA format) for the link and give a brief summary  in your own words, Only 50-75 words

 Create a problem similar to the one your  classmate has created in their original post.  Solve the problem you  created, following your classmate's instructions.  Show ALL of your  work!  See attachement Fractionalexponents.PNG

  For any given vertical (or horizontal) stretch or shrink, is there a  corresponding horizontal (or vertical) stretch or shrink which gives  rise to the identical graph transformations? Explain your reasoning. There will be a corresponding horizontal/vertical  stretch/shrink because changing one will change the position of the  curve based on […]

  Explain one of the following rules for finding derivatives using both the formula and an example.   1.Constant Rule 2.Sum and Difference Rule 3.Power Rule 4.Product Rule 5.Quotient Rule 6.Chain Rule 7.Marginal Cost 8.Marginal Revenue 9.Marginal Profit

number and show work for all problems problem pages and problem numbers provided below  Pg 340 – problems: 33, 39 Pg 341 – problems: 43, 49, 55, 64, 67, 71, 72 Pg 342 – problems: 77, 79, 87, 89 Pg 392 – problems: 5, 7, 9, 19, 21, 23, 27, […]

number and show work for all problems problem pages and problem numbers provided below  Pg 191 – problems: 43, 47, 49, 53, 61, 63 Pg 250 – problems: 13, 15, 17, 19, 31, 37, 39, 41, 43 47 Pg 251 – problems: 53, 55, 71, 77 Pg 252 – problems: […]

  At the end of each problem provide a short, written explanation of your work explaining how you arrived at your solution(s); and why you chose the steps/method used to solve the problem, etc.    Please do not forget to state the directions for each problem that you complete. Please submit the work as […]

attached is homework assignment in "complex functions" university course. i need a full and detailed solution. notice that Z is a complex number assignment3-complexfunctions.pdf 1. Calculate the following: 2. Find all the solutions for the following equations: 3. Given that: Prove that: 4. Assuming the radius of convergence of the […]

   1. At a price of $8 per ticket, a musical theatre group can fill every seat in the theatre, which has a capacity of 1500. For every additional dollar charged, the number of people buying tickets decreases by 75.  A.  What ticket price maximizes revenue? B. What is the […]

Instructions: Discuss which would be a better investment if you were investing for a period of 5 years.  Please provide all details. Option 1:  $2000 invested at 6% compounded quarterly Option 2:  $2000 invested at 2% compounded continuously You just had a baby and want to invest for his college […]

Instructions: View both Graph 1 and Graph 2.  The two graphs show the relationship between the number of items sold per week vs. number of weeks since the item arrived at the store.  Although both graphs show sales are increasing per week, the graphs look different.  If you were the […]

Please see the attached file for the questions. Write your answers with all detailed calculations for each question on separate sheets of paper then scan (or take picture) Math1325Project.pdf MATH 1325 QUIZ/PROJECT Instruction: Please write your answers with all detailed calculations for each question on separate sheets of paper then […]