Calculate and report the reaction loads at the bearings (all directions, using the co-ordinate system defined in Figure 2).

For the beam shown below, i) draw a free body diagram, ii) calculate reactions, iii) calculate the internalforces at 2, 7, 10 and 13 m from the left end of the beam iv) sketch the shear axial force, shear forceand bending moment diagrams .

The type of bearings used will depnd on a. temperature and weight b. noise and load c. location and temperature d. size and shape

Determine the bearing and distance from P of the first line segment of your course using the tools available.  Steer on a bearing of 60o for a distance of 100 nautical miles. ResetAdd text answerQ 5.3Determine the bearing to Q for the second line segment of the course.

The bearing of A from B is 225°Work out the bearing of B from A.[3 marks]Answer °Turn over for the next questionNot drawnaccurately225°NBAN6

Figure Q9 (a) shows a simply supported beam with forces acting atpoints B and point E.Figure Q9 (a)a) For the beam to be in equilibrium, calculate the support reaction force atpoint C and at point D.