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The differential equation that governs

The differential equation that governs the forced oscillation is shown below:0.2 d²y/dt² + 1.2 dy/dt +2y = r(t) where r(t) is
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2. asked by shasha
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The maximum number of arbitrary constants is equal toa. Number of derivatives in the differential equation b. Degree of
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2. asked by Rin
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Solve the differential equation dy/dx = -xe^y and determine the equation of the curve through P(1,2)I tried solving the
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2. asked by Robert
3. 1,225 views
consider the differential equationd^3x/dt^3 - 9(d^2x/dt^2)+ 27(dx/dt) -27x = c0s t +sin t + te^(3t) a) show that characteristic
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2. asked by thigan
3. 907 views
Verify that the formula u(t)=Acos(ωo*t+Φ) is a solution to the differential equation for the mass on a spring, by plugging
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2. asked by Anonymous
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Consider the differential equation given by dy/dx = xy/2.A. Let y=f(x) be the particular solution to the given differential
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2. asked by Anonymous
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Consider the differential equation dy/dt=y-ta) Determine whether the following functions are solutions to the given differential
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2. asked by Stacey
3. 1,882 views
Using separation of variables, solve the following differential equation with initial conditions dy/dx = e^(2x+3y) and y(0) = 1.
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2. asked by Nick
3. 2,692 views
(a) Let S be the set of solutions y(t) to the differential equation dy/dt = -y for t> 0. With addition and scalar multiplication
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2. asked by Cam
3. 568 views
Consider the differential equation dy/dx=xy-y. Find d^2y/dx^2 in terms of x and y. Describe the region in the xy plane in which
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2. asked by Michelle
3. 935 views