Categories
Applied Mathematics

Q1 How many types of matter ? Q2 Full form of CNG? Q3 Full form of LPG? Q4 What

Q1 How many types of matter ?
Q2 Full form of CNG?
Q3 Full form of LPG?
Q4 What is latent heat of fusion?

Categories
Applied Mathematics

Q1 How many types of matter ? Q2 Full form of CNG? Q3 Full form of LPG? Q4 What

Q1 How many types of matter ?
Q2 Full form of CNG?
Q3 Full form of LPG?
Q4 What is latent heat of fusion?

Categories
Applied Mathematics

You are to provide a 5-8 page survey of a modern application of operations resea

You are to provide a 5-8 page survey of a modern application of operations research methods and algorithms. Your survey should fully explain the problem, its importance, the methods used to solve it, and possible extensions of this work. You will be graded on both the quality of your description and your writing.

Categories
Applied Mathematics

You are to provide a 6 page survey of a modern application of operations researc

You are to provide a 6 page survey of a modern application of operations research methods and algorithms. Your survey should fully explain the problem, its importance, the methods used to solve it, and possible extensions of this work. You will be graded on both the quality of your description and your writing.

Categories
Applied Mathematics

You are to provide a 5-8 page survey of a modern application of operations resea

You are to provide a 5-8 page survey of a modern application of operations research methods and algorithms. Your survey should fully explain the problem, its importance, the methods used to solve it, and possible extensions of this work. You will be graded on both the quality of your description and your writing.

Categories
Applied Mathematics

1. Written Assignment: Follow the links I’ve provided below and read up some mor

1. Written Assignment: Follow the links I’ve provided below and read up some more on Vedic mathematics. There are plenty of more tricks than the ones we explored in class!
I would like you to look over all the different types and for you to try them all and pick a couple that you particularly enjoyed. Afterward, write a 1-2-page response (double-spaced) explaining the methods behind your chosen techniques. Elaborate on why it works and what you found particularly interesting about it. Can you think of other tricks that aren’t listed? Lastly, do you think these ‘shortcuts’ would be worth teaching to lower grade school levels, Why or why not?
Link 1: https://youtu.be/grkWGeqW99c
Link 2: https://blog.pcmbtoday.com/10-vedic-maths-tricks-rapid-calculations/
Link 3: https://www.vedantu.com/blog/vedic-maths-tricks
Link 4 (optional): http://mathlearners.com/
Exercises
Calculate the products using the Vedic method of multiplication used in class/video. Show all your steps.
992 x 996
74 x 89
9835 x 10,003

Categories
Applied Mathematics

Questions in Real Analysis ( Lebesgue integration) Please: I need detailed answe

Questions in Real Analysis ( Lebesgue integration)
Please: I need detailed answers for the uploaded file
The solutions have to be from chapter 8 of this book (Terrence Tao, Analysis II, Third Edition (2015). E-book available for free via Evans Library (search for the ISBN number 978-981-10-1804-6)

Categories
Applied Mathematics

Can this error be controlled?

Because the computer uses fixed-precision arithmetic, it is possible that a small error will be introduced each time that an arithmetic operation is performed. Thus, the use of a trivial pivoting strategy in Gaussian elimination can lead to significant error in the solution of a linear system of equations. Can this error be controlled?

Categories
Applied Mathematics

On each question, write down as many steps as you need to solve the problem (5pts)

On each question, write down as many steps as you need to solve the problem (5pts)
Scan it (or take a picture of your work)
The calculation process needs to be documented by handwriting and photographing

Categories
Applied Mathematics

Section 3.1 exponential functions and derivatives

Section 2.6 Elasticity of Demand
Section 2.7 Implicit Differentiation and Related Rates
Section 3.1 Exponential Functions and Derivatives