1. Once upon a time there was a lonely mass of 9.07185 kg suspended in thea spring. Its loneliness is further aggravated by stretching the spring 3 inches. This resulted to set the upper end of the spring is then given a motion of y= 4(sin2t +cos2t). Determine: a Equation of the motion b. The position when t=5s.

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1.
Once upon a time there was a lonely mass of 9.07185 kg suspended in thea spring. Its loneliness is furtheg
aggravated by stretching the spring 3 inches. This resulted to set the upper end of the spring is then given a
motion of y= 4(sin2t +cos2t).
Determine:
a. Equation of the motion
b. The position when t=5s.
2.
Eudora is observing a certain circuit consists of an inductance of 0.05 henry having a resistance of 20 ohm. Also.
a condenser record a capacitance of 100 microfarads with a voltage supply of 100 cos200t V. Find the equation
for q and į at steady state condition.
3.
Joey a happy pendulum having a length of 6 inches is release with a velocity of 0.5 rad's toward to the vertical.
from a position 1/5 rad from the vertical. Determine the equation of motion.
Transcribed Image Text:1. Once upon a time there was a lonely mass of 9.07185 kg suspended in thea spring. Its loneliness is furtheg aggravated by stretching the spring 3 inches. This resulted to set the upper end of the spring is then given a motion of y= 4(sin2t +cos2t). Determine: a. Equation of the motion b. The position when t=5s. 2. Eudora is observing a certain circuit consists of an inductance of 0.05 henry having a resistance of 20 ohm. Also. a condenser record a capacitance of 100 microfarads with a voltage supply of 100 cos200t V. Find the equation for q and į at steady state condition. 3. Joey a happy pendulum having a length of 6 inches is release with a velocity of 0.5 rad's toward to the vertical. from a position 1/5 rad from the vertical. Determine the equation of motion.
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