spring has static equilibrium the weight is given suddenly an initial velocity of (50 cm/sec) downward. a. Find the vertical displacement as a function of r? b. What are the period and frequency of motion? c. Through what amplitude does the weight moves? d. At what time does the load reach its extreme displacement above and below its equilibrium position?

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Chapter1: Units, Trigonometry. And Vectors
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Q3: A weight of (10 M) is suspended by a spring has modulus (k-1.03 N/cm). At t= 0, while the weight in
static equilibrium the weight is given suddenly an initial velocity of (50 cm/sec) downward.
a. Find the vertical displacement as a function of 1?
b. What are the period and frequency of motion?
c. Through what amplitude does the weight moves?
d. At what time does the load reach its extreme displacement above and below its equilibrium position?
Transcribed Image Text:Q3: A weight of (10 M) is suspended by a spring has modulus (k-1.03 N/cm). At t= 0, while the weight in static equilibrium the weight is given suddenly an initial velocity of (50 cm/sec) downward. a. Find the vertical displacement as a function of 1? b. What are the period and frequency of motion? c. Through what amplitude does the weight moves? d. At what time does the load reach its extreme displacement above and below its equilibrium position?
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