4)Find the general solution of the following differential equation. y''+4y=tan(x) -pi 5)A mass of 100 grams...

4)Find the general solution of the following differential equation.

y''+4y=tan(x) -pi

5)A mass of 100 grams stretches a spring 98 cm in equilibrium. A dashpot attached to the spring supplies a damping force of 600 dynes for each cm/sec of speed. The mass is initially displaced 10 cm above the equilibrium point before the mass is attached, and given a downward velocity of 1 m/sec. Find its displacement for t>0.

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Find the general solution of the following differential equation: y''+4y=tan(x) -pi

Colby Messinger answered 2 years ago

Find the general solution of the differential equation y'' + 4y' + 4y = (e-2t/t2)

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4)Find the general solution of the following differential equation. y''+4y=tan(x) -pi 5)A mass of 100 grams...

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