An indeterminate beam carries different types of loads as shown in the figure. Using Moment Distribution Method (up to 4th distribution), solve the following: Let w = 295KN/m %3D (NOTE: Put a negative sign if the moment is CCW otherwise don't put any sign at all. Don't also put any units. Express ALL YOUR FINAL ANSWERS to at least 5decimal places) 9w 3w 3m 4m 5m

A smooth sphere of weight Wis supported by a string fastened to a point C on sphere and point A on the smooth vertical wall. The sphere is in contact with the wall at point B as shown in figure. If the length of the string AC is equal to the radius of sphere, then sum of magnitude of tension (T) in the string and reaction (R) on the wall is. W. (Round off two decimal places). A B Wall String Sphere Length of string AC = Radius

Q8: An electric light fixture weighing 200 N is supported as shown in Figure. Determine the tensile forces in the wires BA and BC. Use Parallelogram Method, 50⁰ 65° B 200 N A B حروب 4

An indeterminate beam carries a trapezoidal load as shown in the figure. Using Moment Distribution Method (up to 4th distribution), solve the following: Let w = 160KN/m (NOTE: Put a negative sign if the moment is CCW otherwise don't put any sign at all. Don't also put any units. Express ALL YOUR FINAL ANSWERS to at least 5decimal places) 11w 4m Sm Solve the Moment at span BC. Solve the Moment at span CB. Solve the Moment at span CD. Solve the Moment at span DC. Solve the Moment at span AB. III () ()