General solution to a differential equation, Mathematics

The general solution to a differential equation is the most common form which the solution can take and does not take any initial conditions in account.

Illustration 5: y(t) = 3/4 + c/t2is the general solution to

2ty' + 4y = 3.

Solution: I'll leave this to you to check that such function is actually a solution to the specified differential equation. Actually, all solutions to that differential equation will be in that form.  It is one of the first differential equations which you will learn how to resolve and you will be capable to verify such function shortly for yourself.

Posted Date: 4/10/2013 3:06:50 AM | Location : United States

Related Discussions:- General solution to a differential equation, Assignment Help, Ask Question on General solution to a differential equation, Get Answer, Expert's Help, General solution to a differential equation Discussions

Write discussion on General solution to a differential equation
Your posts are moderated
Related Questions
#questiowhat is 1+1n..

How many permutations of the letters A B C D E F G H consist of string DEF?    Ans: It is the dilemma of finding number of words that can be formed along with the given 8 lette

Find the Regular Grammar for the following Regular Expression: a(a+b)*(ab*+ba*)b.

Ask question what is half of 1 1/3 liquid measurements?

Consider a class of 55 students. The student names are placed in a hat and 3 names are randomly drawn without replacement. a) If the first person drawn was named the class presi

Last year, a math textbook cost $54. This year the cost is 107 percent of what it was last year. What is this year's cost? a. $59.78 b. $57.78 c. $61.00 d. $50.22 To ?nd out

In traveling three-fourths of the way around a traffic circle a car travels 0.228 mi.  What is the radius of the traffic circle? The radius of the traffic circle is ____ mi.

Even and Odd Functions : This is the final topic that we have to discuss in this chapter.  Firstly, an even function is any function which satisfies,