solve the differential equation y''=x^-4


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solve the differential equation y''=x^-4

solve by the simple deferntional method

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Second Order Linear Differential Equations - University of Utah


y y . We have already seen (in section 6.4) how to solve first order linear equations; ... x which solves the differential equation (12.1) ...
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solve differential equation $y' + (\cos x)y = 4 \cos x ...


... y = 4 \cos x$$ This can be done using the differential ... solve differential equation $y' + (\cos x)y = 4 \cos x$ ... If I could get a nice way to solve $$ \int ...
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How to Solve Differential Equations


A DIFFERENTIAL EQUATION ... Many differential equations may be solved by separating the variables x and y on opposite sides of the ... Solve : xy' = y 2: Solution : ...
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1. Solving Differential Equations - IntMath


1. Solving Differential Equations ... It is the same concept when solving differential equations ... After solving the differential equation, `(dy)/(dx)ln\ x-y/x=0`
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Solve The Given Differential Equation. Y' = X^4/y | Chegg.com


Answer to Solve the given differential equation. y' = x^4/y...
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Solving the differential equation $y'= 2 xy + 4 x$ using ...


Solving the differential equation $y'= 2 xy + 4 x$ using power series. up vote 2 down vote favorite. 1. ... Solve a differential equation using the power series ...
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How to Solve Differential Equations - wikiHow


How to Solve Differential Equations. ... We do not solve partial differential equations in this article because the methods for solving these types of equations ...
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First-Order Linear Di erential Equations


First-Order Linear Di erential Equations: AFirst order linear di erential equationis an equation of the form y0+P(x) ... of y. We can solve this equation in general ...
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Separable equations example (old) (video) | Khan Academy


An old worked example video of solving separable equations. ... There isn't just one tool or one theory that will solve all differential equations.
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Using Series to Solve Differential Equations


Using Series to Solve Differential Equations Many differential equations can’t be solved explicitly in terms of finite combinations of simple familiar functions.
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Suggested Questions And Answer :



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What is the general equation of the differential equation d^2/dx^2 + 4y = 0 ?

I read this as y"+4y=0 where y" is d^2y/dx^2 and y' is dy/dx. We start with the simple fact that the differential of sine is cosine and the differential of cosine is minus sine, so we have a repeating pattern in the differential. Furthermore, when we differentiate twice we also get a change of
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Solve the equation p^2+p(x+y)+xy=0

Question:  Solve the equation p^2+p(x+y)+xy=0. Its related to engineering math -  Clairaut's equation. Since Clairaut's equation is a differential equation, then I am assuming that p means the first differential, dy/dx, or y'. You equation actually then is: (y')^2 + (y')*(x+y) + xy =
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what is general solution for dw/dt = 7w+6y-10z

what is general solution for dw/dt = 7w+6y-10z dx/dt= 3w + x +3y-5z dy/dt= 5w+2x+11y-14z dz/dt=5w+2x+8y-11z Represent the coupled differential equations in matrix form. X = Av Where X is the column vector [w’ x’ y’ z’] and x’ = dx/dt, etc. And A is the component mat
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How do I solve equations simultaneously?

In mathematics, simultaneous equations and systems of equations are finite sets of equations whose common solutions are looked for. The systems of equations are usually classified in the same way as the single equations, namely: System of linear equations System of polynomial equations System of ord
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Solve the initial value problem dy/dx + 4xy = e−2x with y(0) = 1

Let Y,h: Y'h+4xY,h=0
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If the equation is non homogeneous differential equation, is the solution exist?

The simple answer is that it often does, because the inhomogeneous DE can be split into a homogeneous part solvable by conventional means (e.g., solving the characteristic equation), and a particular solution by examining what remains when the homogeneous part is removed (and solved).
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(1, -20), (7, -20), (2, -40), (6, -40), (5, -50), (8, 10), (9, 46), (0, 7), (-1, 47), (-2, 89)

First put all the points (x,y) in order of the x value: -2 89 -1 47 0 7 1 -20 2 -40 5 -50 6 -40 7 -20 8 10 9 46   When x=0 y=7, so the constant term in the function is 7 (y intercept). There's a minimum (turning point) near x=5 because the values of y for x=2
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DIFFERENTIAL EQUATIONS

  Verify eg range’s identity for the equation   x2y1+7xy’+8y=0 ?Verify eg range’s identity for the equation   x2y1+7xy’+8y=0 ?
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solve the differential equation using frobenius xy^ll+(1-2x)y^l-(1-x)y=0


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solve differential equation: y' + y^2 sinx = 0

Question: solve differential equation: y' + y^2 sinx = 0 dy/dx = -y^2.sin(x) int dy/y^2 = -int sin(x) dx -1/y = C + cos(x) y(x) = -1/(C+cos(x))
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