Asked by James
a 50kg mass is suspended from a spring, causing it to extend by 30mm. calceolate the spring stiffness?
The mass is then pulled down a distance of 90mm and released. calculate the frequency of the resulting motion, assuming that this is simple harmonic, calculate the velocity of the mass as it reaches a point 20mm below the highest point of its motion? what is its maximum acceleration?
mg = kx = k = mg/x = 50 x 9.81/0.03 = 16350n/m
t= 2pi sqrt m/k = 2pi sqrt 50/16350 = 0.347sec...
calculated the stiffness any help on the other questions?
The mass is then pulled down a distance of 90mm and released. calculate the frequency of the resulting motion, assuming that this is simple harmonic, calculate the velocity of the mass as it reaches a point 20mm below the highest point of its motion? what is its maximum acceleration?
mg = kx = k = mg/x = 50 x 9.81/0.03 = 16350n/m
t= 2pi sqrt m/k = 2pi sqrt 50/16350 = 0.347sec...
calculated the stiffness any help on the other questions?
Answers
There are no human answers yet.
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.