hello I have all the parts ready and on assmbley 1 file there is how i want the deaign be and for assembly 2 is another phoe holder I want it on the top. pleas make sure the assembly is right
The attachment has three files: ( the assignment questions, and the answers which need to be corrected and improved and the PDF has the article for question 4.
Need Better accurate answers to get a first-class grade, Please if the writer has not got knowledge in advanced material selections inform me from the beginning.
Write a summary about Eschede train disaster and Comet by using youtube link for each one in the attachment.
a) Eschede train disaster (minimum 200 words).
b) Comet (minimum 200 words) .
Answer the following Review questions for each chapter. Depending on your book, these questions are either found at the end of the chapter or at the end of the book. Keep your answers short, to the point, and in your own words.
Ch. 17: 17.1, 17.2, 17.3, 17.9
Ch. 18: 18.2, 18.3, 18.13, 18.26
Ch. 19: 19.1, 19.2
Ch. 20: 20.1, 20.4
Ch 21: 21.1, 21.9, 21.24
Ch 22: 22.1, 22.2
Ch 23: 23.1, 23.5
Ch 24: 24.4, 24.5, 24.22
Ch 25: 25.2, 25.8
i have 4 questions about INTRODUCTION TO ROBOTIC SYSTEMS. please solve it nice handwriting and all step by step clearly.
1-. Write down the answers for the volume of the part and location of the center of mass for each exercise, and the major steps you have taken to build the models.
2-Submit the the three part (sldprt) files with the scanned answer in 1. by using Solid work
Please answer the following exercise as per given instructions
If you were caught copying program or code from online source, you will receive
zero score for this project.
Solve the wave equation
First order upwind scheme
ii. MacCormack scheme
for the initial conditions
u x( ,0) 1 = x 10
u x( ,0) 0 = x 10
and Dirichlet boundary conditions.
Choose a 41-grid point mesh with
compute to t=18. Solve this project for
= 1.0, 0.6, and 0.3.
Each student has to submit the following items to Canvas portal to receive full credits:
a. Tabulated results of u for exact and numerical solutions at t=18 (2 points)
b. Graphs for comparison between exact and numerical solutions (4 points)
c. An electronic MATLAB file for my code execution. (4 point
Creat a solid model with which should be close to the mass given for each model. the details are clear in the pdf drawing file.
Especifica cómo recuperar la sal disuelta en una disolución de sal al 35%. Cuánta sal tendremos en 250ml
Hello tutors, Find the question in the attachments .I want the detailed answer for all the four combination in a spread sheet with constraints and formulae? only correct answer will be accepted and dont hesitate to ask any furthur information regarding to the question?