A 10 kg mass is subject to a massless inextensible cable and a Calculate spring with...

 

Transcribed Image Text:

A 10 kg mass is subject to a massless inextensible cable and a Calculate spring with K of 1000 N/m. If the pulleys or springs have no mass, set: below a) The equivalent Stiffness of the system. b) Establish the vibration equation of the system c)If we deform 5 cm for the mass from rest, determine the equation of the vibration of the system d) Determine the equation of the vibration of each spring 2k 6k A 10 kg mass is subject to a massless inextensible cable and a Calculate spring with K of 1000 N/m. If the pulleys or springs have no mass, set: below a) The equivalent Stiffness of the system. b) Establish the vibration equation of the system c)If we deform 5 cm for the mass from rest, determine the equation of the vibration of the system d) Determine the equation of the vibration of each spring 2k 6k A 10 kg mass is subject to a massless inextensible cable and a Calculate spring with K of 1000 N/m. If the pulleys or springs have no mass, set: below a) The equivalent Stiffness of the system. b) Establish the vibration equation of the system c)If we deform 5 cm for the mass from rest, determine the equation of the vibration of the system d) Determine the equation of the vibration of each spring 2k 6k

Answer rating: 100% (QA)

a The equivalent stiffness of the system The springs are connected ... View the full answer