There are several applications of differential equations...
To begin with, there is the typical distance with respect to time (e.g. finding the rate of change between two cars after four hours if they start at a point and move in a 90 degree angle from each other). The differential equation is also used in physics with Newton's Second Law of Motion and the Law of Cooling. It can also be used in Hooke's Law for modeling the motion of a spring or in representing models for population growth and money flow/circulation. There are many other applications and there are many equations out there that can be used to set up and solve day-to-day problems.
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goods and moneymarket structures of a given economy as follows
co(autonomous consumption)=150
c1(mpc)=o.80
t=100
G=160
investment: I(r)=50-6r
(m/p) demand=0.5Y-50r and (m/p)suplay=300 find the equilibrium out put and the interest rate
Serves for the correlation of two situations, for example speed with respect to time, this serves you more for analysis of situation that you can apply to the computer when making a program but it does not directly influence as such
There is no application of differential equation in computer science
I have only fooled around with a couple of animation software applications but they have not required me to know programming.
In a computer there are many A/D converters that put analog into digital. This signal is what is usually then led into an op amp which in the right configuration can be designed into an integrator or differentiator which is then used to solve differential equations.
The document Getelementbyid is used for Java programming. Java programming is a computer language that allows people to build applications for creative uses everyday.
There are different programming languages and platforms used to create computer applications. Some of it will depend on the operating system platform. Perl and Python are used a lot in Linux applications.