P. LARW =WBLacMo = 5 kN-mLAB = 3.0 mLBC = 2.0 mLCD = 4.0 mAy 13 kN (downward)Cy=73 kN (upward)Note: V(x) is in units of kNLCDFind the equation for the internal shear in the beam from B to C in terms of x given:10 kN/mMo

Draw the given free-body diagram.

LAB W B Loc LCD Mo Find the equation for the internal shear in the beam from B to C in terms of x given: w = 10 kN/m Mo = 5 kN-m LAB = 3.0 m LBC = 2.0 m LCD = 4.0 m Ay 13 kN (downward) = Cy=73 kN (upward) Note: V(x) is in units of kN

LAB W B Loc LCD Mo Find the equation for the internal shear in the beam from B to C in terms of x given: w = 10 kN/m Mo = 5 kN-m LAB = 3.0 m LBC = 2.0 m LCD = 4.0 m Ay 13 kN (downward) = Cy=73 kN (upward) Note: V(x) is in units of kN

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

LAR
W =
W
B
Lac
Mo = 5 kN-m
LAB = 3.0 m
LBC = 2.0 m
LCD = 4.0 m
Ay 13 kN (downward)
Cy=73 kN (upward)
Note: V(x) is in units of kN
LCD
Find the equation for the internal shear in the beam from B to C in terms of x given:
10 kN/m
Mo

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