The figure shows a beam of length A B with a pin support at A and a roller support at B. The x axis is taken along the length of the beam and the y axis is taken perpendicular to the beam at its left end. A uniformly distributed load w 1 is directed vertically downwards from A to a distance a from A.
The figure shows a beam of length A B with a pin support at A and a roller support at B. The distance between A B is a plus b. The x axis is taken along the length of the beam and the y axis is taken perpendicular to the beam at its left end. A uniformly distributed load w 1 is directed vertically upwards to a distance b from B.
The figure shows a beam of length A B with a pin support at A and a roller support at B. The distance between A B is a plus b plus c. The x axis is taken along the length of the beam and the y axis is taken perpendicular to the beam at its left end. A uniformly distributed load w 1 is directed vertically upwards at a distance a from A and c from B.
The figure shows a beam of length A B with a pin support at A and a roller support at B. The x axis is taken along the length of the beam and the y axis is taken perpendicular to the beam at its left end. A uniformly distributed load w 1 is directed vertically downwards to a distance c from B. A load P 1 is directed vertically downwards at a distance a from A.
The figure shows a beam of length A B with a pin support at A and a roller support at B. The distance between A B is a plus b. The x axis is taken along the length of the beam and the y axis is taken perpendicular to the beam at its left end. A uniformly distributed load w 1 is directed vertically downwards to a distance b from B. At a distance a from A a load P 1 is directed vertically downwards.
The figure shows a beam of length A B with a pin support at A and a roller support at B. The distance between A B is a plus b plus c plus d. The x axis is taken along the length of the beam and the y axis is taken perpendicular to the beam at its left end. A uniformly distributed load w 1 is directed vertically upwards at a distance a from A and c plus d from B. A load P 1 is directed vertically downwards at c.