A fixed beam AB of length ‘l’ having constant flexural rigidity EI carries two loads P at its third points C and D as shown in figure.Numerically, maximum bending moment will occur:

between A and C and also between B and D and will be equal to \(\frac{{pl}}{9}\)

at C and at D and will be equal to \(\frac{2}{9}pl\)

between C and D and will be equal to \(\frac{{pl}}{9}\)

at A and at B and will be equal to \(\frac{2}{9}pl\)

A fixed beam AB of length ‘l’ having constant flexural rigidity EI

1.	A fixed beam AB of length ‘l’ having constant flexural rigidity EI carries two loads P at its third points C and D as shown in figure.Numerically, maximum bending moment will occur:
A.	at C and at D and will be equal to \(\frac{2}{9}pl\)
B.	between C and D and will be equal to \(\frac{{pl}}{9}\)
C.	at A and at B and will be equal to \(\frac{2}{9}pl\)
D.	between A and C and also between B and D and will be equal to \(\frac{{pl}}{9}\)
Answer» D. between A and C and also between B and D and will be equal to \(\frac{{pl}}{9}\)