Under cruising conditions, the distributed load acting on the wing of a small airplane has the idealized variation shown in the figure. 1,615 N/m 870 N/m 1.0 m 2.6 m. -2.6 m Calculate the shear force V (in N) and bending moment M (in N· m) at 4 m from the tip of the wing. (Use the deformation sign convention.) V = N M = N. m
Under cruising conditions, the distributed load acting on the wing of a small airplane has the idealized variation shown in the figure. 1,615 N/m 870 N/m 1.0 m 2.6 m. -2.6 m Calculate the shear force V (in N) and bending moment M (in N· m) at 4 m from the tip of the wing. (Use the deformation sign convention.) V = N M = N. m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Under cruising conditions, the distributed load acting on the wing of a small airplane has the idealized variation shown in the figure.
1,615 N/m
870 N/m
1.0 m
-2.6 m.
2.6 m
Calculate the shear force V (in N) and bending moment M (in N· m) at 4 m from the tip of the wing. (Use the deformation sign convention.)
V =
N
M =
N. m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F555aa52c-ab54-4783-8901-193974d6c680%2F6c24f554-c6d9-4e19-8e50-767a300dfabf%2Fyj8xeai_processed.png&w=3840&q=75)
Transcribed Image Text:Under cruising conditions, the distributed load acting on the wing of a small airplane has the idealized variation shown in the figure.
1,615 N/m
870 N/m
1.0 m
-2.6 m.
2.6 m
Calculate the shear force V (in N) and bending moment M (in N· m) at 4 m from the tip of the wing. (Use the deformation sign convention.)
V =
N
M =
N. m
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