A 10-kg mass is hanging from a spring whose constant is 5
kg/s^2The mass is set in motion at x = 3m with an initial velocity of -6 m/s. Discuss the resulting motion if the surrounding medium offers a resistance numerically equal to four times the velocity. Here, the gravitational constant g is 9.8m/s^2.
A 10-kg mass is hanging from a spring whose constant is 5
kg/s^2The mass is set in motion at x = 3m with an initial velocity of -6 m/s. Discuss the resulting motion if the surrounding medium offers a resistance numerically equal to four times the velocity. Here, the gravitational constant g is 9.8m/s^2.
What is x(t)?
Thanks for all your help!
The difference in the position of the mass from its equilibrium position.
CB
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