Moment Shear The beam shown is pinned at A and roller at C and is loaded with a point load, F = 43 lb, a moment, M = 277lb (CW), and has a distributed load, w=13lb/ft and has dimensions, a = 35 ft, b = 20 ft, and c=11ft. The support reactions are as follows: Ay 46 lb, Cy 201lb↑ a. What is the shear equation for AB? C b. What is the moment equation for section AB? c. What is the shear equation for CD? d. What is the moment equation for section CD? e. What is the shear equation for BC? f. What is the moment equation for section BC? g. What is the moment equation for section AB? h. Draw the full shear diagram for part I. Include max/min values. d. Draw the full moment diagram for part I. Include max/min values F W M

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Part 1. Please do “a through f” Part 2 was posted at the same time if you can follow on please.
Moment
Shear
The beam shown is pinned at A and roller at C and is loaded with a point load, F = 43 lb, a moment, M =
277lb (CW), and has a distributed load, w=13lb/ft and has dimensions, a = 35 ft, b = 20 ft, and c=11ft.
The support reactions are as follows:
Ay 46 lb, Cy 201lb↑
a. What is the shear equation for AB?
C
b. What is the moment equation for section AB?
c. What is the shear equation for CD?
d. What is the moment equation for section CD?
e. What is the shear equation for BC?
f. What is the moment equation for section BC?
g. What is the moment equation for section AB?
h. Draw the full shear diagram for part I. Include max/min values.
d. Draw the full moment diagram for part I. Include max/min values
F
W
M
Transcribed Image Text:Moment Shear The beam shown is pinned at A and roller at C and is loaded with a point load, F = 43 lb, a moment, M = 277lb (CW), and has a distributed load, w=13lb/ft and has dimensions, a = 35 ft, b = 20 ft, and c=11ft. The support reactions are as follows: Ay 46 lb, Cy 201lb↑ a. What is the shear equation for AB? C b. What is the moment equation for section AB? c. What is the shear equation for CD? d. What is the moment equation for section CD? e. What is the shear equation for BC? f. What is the moment equation for section BC? g. What is the moment equation for section AB? h. Draw the full shear diagram for part I. Include max/min values. d. Draw the full moment diagram for part I. Include max/min values F W M
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