B. Tech. / M. Tech. (IDD) Part-I
ME-102 (Engineering Mechanics)
End Semester Assessment, Odd Semester 2021-22
Max. Marks: 35
Note:
1. Attempt all the questions. Each carries equal weightage.
2. Free Body Diagrams are must and no weightage will be given to the equations written directly without F.B.D.
3. Only hand written and scanned solutions will be accepted.
4. Write your Roll number, name and put your signature on each page.
5. Use the same pen for writing your details and making solution.
6. Solution will not be accepted if S. No. 4 and 5 above are not complied.
7. Do not share your solution with anybody else. Remember, Grading is relative.
8. Try to make your solutions unique.
9. Though every problem has only one correct solution even then you can make it unique in terms of writing
sentences, use of different labels etc.
1. Find the Supporting forces at E and F. Pulleys A and B offer no rotational resistance from
friction at the bearings.
2. Determine the force in each of the members located to the left of FG for the scissors
roof truss shown. State whether each member is in tension or compression.
ME-102 (Engineering Mechanics)
End Semester Assessment, Odd Semester 2021-22
Max. Marks: 35
Note:
1. Attempt all the questions. Each carries equal weightage.
2. Free Body Diagrams are must and no weightage will be given to the equations written directly without F.B.D.
3. Only hand written and scanned solutions will be accepted.
4. Write your Roll number, name and put your signature on each page.
5. Use the same pen for writing your details and making solution.
6. Solution will not be accepted if S. No. 4 and 5 above are not complied.
7. Do not share your solution with anybody else. Remember, Grading is relative.
8. Try to make your solutions unique.
9. Though every problem has only one correct solution even then you can make it unique in terms of writing
sentences, use of different labels etc.
1. Find the Supporting forces at E and F. Pulleys A and B offer no rotational resistance from
friction at the bearings.
2. Determine the force in each of the members located to the left of FG for the scissors
roof truss shown. State whether each member is in tension or compression.
