2 ft/s 3 ft In a preliminary design for a mail-sorting machine, parcels moving at 2 ft/s slide down a smooth inclined ramp with 3 ft high and a horizontal surface which kinetic coefficient of friction uk with the parcel is 0.24. If the spring constant is 182 Ibf/ft., how long should be the horizontal surface if you want the 62 Ibf parcel to be brought to rest by a linear spring that deflects 5 in
2 ft/s 3 ft In a preliminary design for a mail-sorting machine, parcels moving at 2 ft/s slide down a smooth inclined ramp with 3 ft high and a horizontal surface which kinetic coefficient of friction uk with the parcel is 0.24. If the spring constant is 182 Ibf/ft., how long should be the horizontal surface if you want the 62 Ibf parcel to be brought to rest by a linear spring that deflects 5 in
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![2 ft/s
3 t
In a preliminary design for a mail-sorting machine, parcels
moving at 2 ft/s slide down a smooth inclined ramp with 3
ft high and a horizontal surface which kinetic coefficient
of friction uk with the parcel is 0.24. If the spring constant
is 182 Ibf/ft., how long should be the horizontal surface if
you want the 62 Ibf parcel to be brought to rest by a
linear spring that deflects 5 in](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb7f5a067-26a1-4f20-8ce9-6b10155d58da%2F0db08839-fd29-4b1b-ab9c-4800c83b4364%2F8n34foj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2 ft/s
3 t
In a preliminary design for a mail-sorting machine, parcels
moving at 2 ft/s slide down a smooth inclined ramp with 3
ft high and a horizontal surface which kinetic coefficient
of friction uk with the parcel is 0.24. If the spring constant
is 182 Ibf/ft., how long should be the horizontal surface if
you want the 62 Ibf parcel to be brought to rest by a
linear spring that deflects 5 in
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