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A 810-g block oscillates on the end of a spring whose force constant is k=60 N/m. The mass moves in a fluid which offers a resistive force proportional to its speed the proportionality constant is b=0.162 N.s/m. Write the equation of motion and solution. What is the period of motion? Write the displacement as a function of time if at t=0, x= 0 and at t= 1 s, x = 0.120 m.

A 810-g block oscillates on the end of a spring whose force constant is k=60 N/m. The mass moves in a fluid which offers a resistive force proportional to its speed the proportionality constant is b=0.162 N.s/m. Write the equation of motion and solution. What is the period of motion? Write the displacement as a function of time if at t=0, x= 0 and at t= 1 s, x = 0.120 m.

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A 810-g block oscillates on the end of a spring whose force constant is k=60 N/m. The mass moves in a fluid which offers a resistive force proportional to its speed the proportionality constant is b=0.162 N.s/m. Write the equation of motion and solution. What is the period of motion? Write the displacement as a function of time if at t=0, x= 0 and at t=1 s, x = 0.120 m.
Transcribed Image Text:A 810-g block oscillates on the end of a spring whose force constant is k=60 N/m. The mass moves in a fluid which offers a resistive force proportional to its speed the proportionality constant is b=0.162 N.s/m. Write the equation of motion and solution. What is the period of motion? Write the displacement as a function of time if at t=0, x= 0 and at t=1 s, x = 0.120 m.
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