The uniform 100-kg I-beam is supported initially by its end rollers on the horizontal surface at A and B, determine the reaction at roller A. The uniform 100-kg I-beam is supported initially by its end rollers on the horizontal surface at A and B, by means of cable at C is desired to elevate end B to a position 3m above the end A, determine the required tension P. The uniform 100-kg I-beam is supported initially by its end rollers on the horizontal surface at A and B, by means of cable at C is desired to elevate end B to a position 3m above the end A, determine the reaction at roller A. The uniform 100-kg I-beam is supported initially by its end rollers on the horizontal surface at A and B, by means of cable at C is desired to elevate end B to a position 3m above the end A, determine the angle made by the beam with the horizontal.
The uniform 100-kg I-beam is supported initially by its end rollers on the horizontal surface at A and B, determine the reaction at roller A.
The uniform 100-kg I-beam is supported initially by its end rollers on the horizontal surface at A and B, by means of cable at C is desired to elevate end B to a position 3m above the end A, determine the required tension P.
The uniform 100-kg I-beam is supported initially by its end rollers on the horizontal surface at A and B, by means of cable at C is desired to elevate end B to a position 3m above the end A, determine the reaction at roller A.
The uniform 100-kg I-beam is supported initially by its end rollers on the horizontal surface at A and B, by means of cable at C is desired to elevate end B to a position 3m above the end A, determine the angle made by the beam with the horizontal.


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