Experimentally it is observed that a weight of 3 kg. Stretches 153mm. a spring. An external force is applied given by F(t) = 39.2 cos 8t. a damping force is assumed to be acting which, expressed in kilograms, is numerically equal to 2.45 v. if the weight is initially pulled up to 10 cm. Below its equilibrium position and then released. Express the position of the weight at any instant.
Experimentally it is observed that a weight of 3 kg. Stretches 153mm. a spring. An external force is applied given by F(t) = 39.2 cos 8t. a damping force is assumed to be acting which, expressed in kilograms, is numerically equal to 2.45 v. if the weight is initially pulled up to 10 cm. Below its equilibrium position and then released. Express the position of the weight at any instant.
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1.- Experimentally it is observed that a weight of 3 kg. Stretches 153mm. a spring. An external force is applied given by F(t) = 39.2 cos 8t. a damping force is assumed to be acting which, expressed in kilograms, is numerically equal to 2.45 v. if the weight is initially pulled up to 10 cm. Below its equilibrium position and then released. Express the position of the weight at any instant.
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