Draw the influence lines for the following using the coordinates (basic method) or using the Muller-Breslau principle, show the value of the ordinates. a.) Vertical reaction at A b.) Vertical reaction at B c.) Shear at C d.) Moment at C e.) If there is a moving 10KN concentrated load along the beam, what would be the maximum value of the vertical reaction at A? f.) If there is a moving 10KN concentrated load along the beam, what would be the maximum value of the shear
Draw the influence lines for the following using the coordinates (basic method) or using the Muller-Breslau principle, show the value of the ordinates. a.) Vertical reaction at A b.) Vertical reaction at B c.) Shear at C d.) Moment at C e.) If there is a moving 10KN concentrated load along the beam, what would be the maximum value of the vertical reaction at A? f.) If there is a moving 10KN concentrated load along the beam, what would be the maximum value of the shear
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Draw the influence lines for the following using the coordinates (basic method) or using the Muller-Breslau principle, show the value of the ordinates.
a.) Vertical reaction at A
b.) Vertical reaction at B
c.) Shear at C
d.) Moment at C
e.) If there is a moving 10KN concentrated load along the beam, what would be the maximum value of the vertical reaction at A?
f.) If there is a moving 10KN concentrated load along the beam, what would be the maximum value of the shear at C?
g.) If there are moving loads, 10KN concentrated load and 2KN/m uniformly distributed live load, what would be the maximum value of moment at C?
Transcribed Image Text:В
|C
6 m
-2 m
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