The 3-m long beam shown below is subjected to a linearly-distributed load with an intensity that varies from zero kN/m (on the left) to 1.5 kN/m (on the right). A -3 m- 1.5 kN/m B a) What is the total magnitude of the force applied to the beam? b) If the distributed load were replaced with a single point force, where on the beam would it need to act in order for the beam supports to experience the same effect?

Q: 3. The beam AB in the figure supports a load which varies uniformly from an intensity of 6 kN/m to 3…

A: The load varies uniformly from 6 kN/m to 3 kN/m. The average load intensity can be calculated by…

Q: At what angle emust the 300-lb force be applied in order that the resultant R of the two forces have…

A: Given data: R=730 lb

Q: 4.) For the beam in Figure 1, determine the maximum positive bending moment at point B due to the…

A:

Q: Consider the loaded beam in the figure: Choose the correct shear force diagram? 5 kN 5 kN/m A B to 2…

A:

Q: A solid 200-mm long, 40-mm diameter circular shaft has a modulus of rigidity of 70 GPa and is fixed…

A: Length of shaft L=200mmDiameter of shaft=40mmModulus of rigidity = 70 GpaTorque = 200N-mIt required…

Q: Problem 8: Replace the loading by an equivalent resultant force and couple moment acting at point 0.…

A:

Q: The beam shown in the figure carries a triangular load which varies from 12 kN/m at A to 0 at B and…

A:

Q: The simply supported beam shown is under the action of a uniformly distributed load w of 4 kN/m plus…

A:

Q: 36 kN 94 kN•m A B 2 m 2 m 3 m 16 kN 20 kN

A: For given beam applying equilibrium conditions, the moment at point A:

British Gravitational Bg System Of Units

Measuring is the comparison of a particular physical quantity with its reference value. A unit is a fixed physical quantity. The length is a physical quantity. A physical quantity is the product of a unit and the numerical value we need to compare with.