This is not the document you are looking for? Use the search form below to find more!

Report home > Education

Differential Equations and Mathematical Modelling

0.00 (0 votes)
Document Description
Differential Equations and Mathematical Modelling A mathematical model for any system is the description of that system which uses the mathematical concepts related to the differential equation and some of the languages. This process of modeling is called as the mathematical modeling and when we use differential equations and mathematical modelling together it is called as the mathematical modeling of the differential equation. We use the differential equations in the process of the modeling of the mathematics. To build the model we go through some of the process: Step 1: We clearly include the all assumptions for the model. These assumptions describe the relationship between the quantities used in modeling. Know More About Exponential Growth and Decay Step 2: We describes all the parameters used in the model. Step 3: Now we uses all the assumptions to find the model which relates the parameters and variables Antiderivatives An antiderivative can be defined as an operation opposite to differentiation operation or we can say that to find antiderivative of a function we have to find the integral of that function. Suppose we have a function..... Integration using u-substitutions ntegration by U substitution is a process used to simplify the integral expressions. U substitution can only be applied to one type of integral, that is.- ∫f(x)*d/dx(f(x)). We can apply this rule only ....... Exponential Growth and Decay Exponential growth and decay are some of the real world problems and it includes all those problems which increases or decreases exponential. Generally the exponential growth of any mathematical function occ...Read More
File Details
  • Added: March, 13th 2012
  • Reads: 371
  • Downloads: 8
  • File size: 166.94kb
  • Pages: 3
  • Tags: differential equations and mathematical modelling, exponential growth and decay, definite integral
  • content preview
Submitter
  • Username: nishagoyal
  • Name: nishagoyal
  • Documents: 327
Embed Code:

Add New Comment




Related Documents

Differential Equations and Linear Algebra, 3rd Edition, Stephen W. Goode, Scott A. Annin, PEARSON, ISM

by: mysmandtb, 9 pages

Solution Manuals and Test Banks I have huge collection of solution manuals and test banks. I strive to provide you unbeatable prices with excellent support. So, I assure you that you won’t be ...

Slope,Length and Area for Polar Curves

by: nishagoyal, 3 pages

Slope, length, area for polar curves in calculus is one of the most interesting and bit complex topic of Calculus. In this section, we will look at areas enclosed by polar curves. Here, we used the ...

solution manual for Elementary differential equations and boundary value problems, 9th edition by william e. Boyce, richard c. Diprima

by: castsmtb, 69 pages

solution manual for Elementary differential equations and boundary value problems, 9th edition by william e. Boyce, richard c. Diprima I HAVE THE FOLLOWING SOLUTIONS MANUALS & TEST BANKS. ...

National Work Shop On Application of Fractional Calculus in Engineering Physical Law and Solving Extra Ordinary Differential Equations of Fractional Order

by: sougata chatterjee, 54 pages

A modern approach to Solve Extra Ordinary Differential Equations Series reaction of several internal-modes generated to external perturbation. No Laplace Transformation. No discretization required. ...

Qualitative Solutions To Differential Equations

by: nishagoyal, 4 pages

n differential equation we study the equations which are changed when their parameters changed or it is the study of anything that changes. From the study of differential, we learn that the ...

Differential Equations

by: mahesh4528, 3 pages

Differential equation is a type of equation which contains derivatives in it. The derivative may de partial deerivative or a ordinary derivative.The eqution may contain derivative of any order.It the ...

Differential Equations

by: storysubmission11, 6 pages

Differential equation is a type of equation which contains derivatives in it. The derivative may de partial deerivative or a ordinary derivative.The eqution may contain derivative of any order.It the ...

Differential Equations

by: ramsingh11, 6 pages

Differential Equation is a type of equation which contains derivatives in it. The derivative may de partial deerivative or a ordinary derivative.The eqution may contain derivative of any order. It ...

Higher Order Linear Differential equations

by: nishagoyal, 4 pages

Differentiation is important and interesting part of mathematics. We use differentiation process for calculating the rate of particular function with respect to particular variable like f(x) is a ...

Differential Equations

by: tutorvistateam_team, 4 pages

Today I am going to tell you about a very interesting field of mathematics: differential equations. A differential equation is an equation for the functions which are unknown and are consisting of ...

Content Preview
Differential Equations and Mathematical Modelling
Differential Equations and Mathematical Modelling
A mathematical model for any system is the description of that system which
uses the mathematical concepts related to the differential equation and some of
the languages.
This process of modeling is called as the mathematical modeling and when we
use differential equations and mathematical modelling together it is called as
the mathematical modeling of the differential equation.
We use the differential equations in the process of the modeling of the
mathematics. To build the model we go through some of the process:
Step 1: We clearly include the all assumptions for the model. These
assumptions describe the relationship between the quantities used in modeling.


Know More About Exponential Growth and Decay

Step 2: We describes all the parameters used in the model. Step 3: Now we
uses all the assumptions to find the model which relates the parameters and
variables
Antiderivatives
An antiderivative can be defined as an operation opposite to differentiation
operation or we can say that to find antiderivative of a function we have to find
the integral of that function. Suppose we have a function.....
Integration using u-substitutions
ntegration by U substitution is a process used to simplify the integral
expressions. U substitution can only be applied to one type of integral, that is.-
f(x)*d/dx(f(x)). We can apply this rule only .......
Exponential Growth and Decay
Exponential growth and decay are some of the real world problems and it
includes all those problems which increases or decreases exponential.
Generally the exponential growth of any mathematical function occ...Read More


Learn More About Definite Integral

ThankYou
TutorCircle.com



Document Outline

  • ﾿

Download
Differential Equations and Mathematical Modelling

 

 

Your download will begin in a moment.
If it doesn't, click here to try again.

Share Differential Equations and Mathematical Modelling to:

Insert your wordpress URL:

example:

http://myblog.wordpress.com/
or
http://myblog.com/

Share Differential Equations and Mathematical Modelling as:

From:

To:

Share Differential Equations and Mathematical Modelling.

Enter two words as shown below. If you cannot read the words, click the refresh icon.

loading

Share Differential Equations and Mathematical Modelling as:

Copy html code above and paste to your web page.

loading