##### Wiktionary

**differential equations**

n. (plural of differential equation English)

##### Wikipedia

**Differential Equations (journal)**

**'' Differential Equations**'' is a peer-reviewed mathematics journal published by Springer. Founded in 1965, the journal publishes English translations of papers from the journal *Differentsial'nye Uravneniya* (ISSN 0374-0641), which publishes in Russian and focuses on work by scholars in states of the former USSR. The journal is indexed by * Mathematical Reviews* and Zentralblatt MATH. Its 2009 MCQ was 0.12, and its 2009 impact factor was 0.339.

#### Usage examples of "differential equations".

In turn you must learn arithmetic, Euclidian geometry, high school algebra, differential and integral calculus, ordinary and partial __differential equations__, vector calculus, certain special functions of mathematical physics.

It deals with mathematical models that describe a physical system, in a majority of cases through a series of __differential equations__.

He ended up doing poorly in this area because he had fallen in with a Bulgarian professor named John Vincent Atanasoff and his graduate student, Clifford Berry, who were building a machine that was intended to automate the solution of some especially tedious __differential equations__.

Treat it as though it were a problem in n-dimensional __differential equations__, but don't let your subconscious do it aloneâ€”.

Treat it as though it were a problem in n-dimensional __differential equations__, but don't let your subconscious do it alone-get right down there and work with it-do that and you'll have it all!

Before noon, they had set up a series of partial __differential equations__ which would go to the computer at their regular scheduled time to use it, and were drawing up elements of the circuit they wanted.

Hence we are brought to __differential equations__ as embodying causal laws.

Corinth made a swift estimate involving the simultaneous solution of a number of __differential equations__.

The dynamics of riding a bicycle can be represented as a complicated string of __differential equations__, the solutions of which will infallibly tell the rider what he should do to avoid falling off when confronted by a given set of conditionsâ€”.

His final statement consisted of ten coupled, nonlinear, partial __differential equations__, relating the curvature of space-time to the presence of matter.

I have a feeling he's wrong in using partial __differential equations__ only.

Where serial ordering gives rise to the perception of change, unfolding in ways that __differential equations__ describe.