please solve it as soon as possible The B-string on a guitar is pulled a distance of 0.35 mm above its rest position, then released and allowed to vibrate. Thedamping constant c for this string is determined to be 1.8. Suppose that the note produced is a pure B which has a frequencyof 246.94 cycles per second.Find an equation that describes the motion of the point at which the string was pulled.O y = 0.35e-0.35t sin 493.88x!O y = 0.35e-1.8ł sin 493.881O y = 0.35e-1.8t cos 493.88xtcos 493.88xtO y = 1.8e-0.35O y = 1.8e-0.35rsin 493.88xtFind a model for simple harmonic motion of a spring that has a maximum positive displacement of 21 inches when 1 = ,and a period of 10 seconds.O y = 21 sinO y = 21 sinO y = 21 cosO y = -21 sin :O y = 21 cosFind the frequency for the simple harmonic motion described by d = 7 sin 13xt.Frequencycycles per unit of time

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The B-string on a guitar is pulled a distance of 0.35 mm above its rest position, then released and allowed to vibrate. The damping constant e for this string is determined to be 1.8. Suppose that the note produced is a pure B which has a frequency of 246.94 cycles per second. Find an equation that describes the motion of the point at which the string was pulled. O y = 0.35e-0.35t sin 493.88x1 y = 0.35e-1.81 sin 493.88r y = 0.35e-1.8t cos 493.88xt y = 1.8e-0.35t cos 493.88xt

The B-string on a guitar is pulled a distance of 0.35 mm above its rest position, then released and allowed to vibrate. The damping constant e for this string is determined to be 1.8. Suppose that the note produced is a pure B which has a frequency of 246.94 cycles per second. Find an equation that describes the motion of the point at which the string was pulled. O y = 0.35e-0.35t sin 493.88x1 y = 0.35e-1.81 sin 493.88r y = 0.35e-1.8t cos 493.88xt y = 1.8e-0.35t cos 493.88xt