I will need all the calculations.
Calculate support reactions
Calculate bending moments
Draw a shear force diagram
QUESTION 1:
Figure 1 shows a beam carrying a point load. Calculate the support reactions for the beam.
![756_Calculate the support reactions for the beam.png](https://secure.tutorsglobe.com/CMSImages/756_Calculate%20the%20support%20reactions%20for%20the%20beam.png)
FIGURE 1
QUESTION 2:
Figure 2 shows a beam carrying two point loads.
a) Calculate the support reactions for the beam
b) Calculate the bending moments at A, B, C and D and plot the bending moment diagram.
c) Draw the shear force diagram
![1549_Calculate the support reactions for the beam1.png](https://secure.tutorsglobe.com/CMSImages/1549_Calculate%20the%20support%20reactions%20for%20the%20beam1.png)
FIGURE 2
QUESTION 3:
Figure 3 shows a beam carrying a UDL (Uniform Distributed Load). Calculate the support reactions for the beam.
![2238_Calculate the support reactions for the beam2.png](https://secure.tutorsglobe.com/CMSImages/2238_Calculate%20the%20support%20reactions%20for%20the%20beam2.png)
FIGURE 3
QUESTION 4:
U.D.L. 2.5kN/m RUN
FIGURE 4 shows a beam carrying a point load and a U.D.L. Calculate the support reactions for the beam.
![1811_Calculate the support reactions for the beam3.png](https://secure.tutorsglobe.com/CMSImages/1811_Calculate%20the%20support%20reactions%20for%20the%20beam3.png)
FIGURE 4
QUESTION 5:
What force is required to prevent the bar shown in Figure 5 from turning?
![2239_Calculate the support reactions for the beam4.png](https://secure.tutorsglobe.com/CMSImages/2239_Calculate%20the%20support%20reactions%20for%20the%20beam4.png)
FIGURE 5
QUESTION 6:
Find the force necessary to lift the load shown in Figure 6. (Ignore the weight of the bar).
![1189_Calculate the support reactions for the beam5.png](https://secure.tutorsglobe.com/CMSImages/1189_Calculate%20the%20support%20reactions%20for%20the%20beam5.png)
FIGURE 6
QUESTION 7:
If a concrete cube 150 mm in size has a maximum compressive strength 65N/mm2, what is the maximum load that can be imposed on the cube?
QUESTION 8:
A suspended steel wire extended 4mm when loaded. Calculate the original length of the wire when the tensile strain is 0.002.
QUESTION 9:
A steel component has a tensile strength of 350N/mm2. If the maximum permissible is 125N/mm2, calculate the FACTOR OF SAFETY.