Quiz For Badminton!

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Quiz For Badminton!

Chapters- 1. Direct & Bending Stresses AND 2. Column & Struts Try to score the highest WITHOUT cheating and see what's in store! All the Best!


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Questions and Answers
  • 1. 
    Stress = Force / Area       OR         Force = Stress * Area
    • A. 

      True

    • B. 

      False

  • 2. 
    Which of the following is the correct statement?
    • A. 

      Mx = P * ey

    • B. 

      Bending Stress = My / Zyy

    • C. 

      Option 1 & 2 both are correct

    • D. 

      Option 1 & 2 both are wrong

  • 3. 
    Direct stress is always _______________. Fill in the blank with - compressive or tensile.
  • 4. 
    Formula for maximum stress at the base of a dam is:
    • A. 

      W/b ( 1+ 6e/b)

    • B. 

      W/b ( 1- 6e/h)

    • C. 

      W/b ( 1- 6e/b)

    • D. 

      W/h ( 1+ 6e/h)

  • 5. 
    Which of the following are called Lateral forces?
    • A. 

      Weight of the structure

    • B. 

      Earthquake

    • C. 

      Wind

    • D. 

      Load of machines and human beings

  • 6. 
    For a rectangular section, if we do NOT want any Tension at the base, the eccentricity should always be less than b/6 or l/6. This is the statement for which rule?
    • A. 

      1/6th rule

    • B. 

      Core/Kernel Rule

    • C. 

      No Tension rule

    • D. 

      Middle 1/3rd Rule

  • 7. 
    Which is/are the correct image/s for the shapes and their cores?
    • A. 

      Core for a rectangular section - b/6 & d/6

    • B. 

      Core for a circular section - b/8 & d/8

    • C. 

      Core for rectangular section - b/6 & d/6

    • D. 

      Core for rectangular section - b/8 & d/8

  • 8. 
    An eccentric force when transferred on the C.G. of a section, it gets converted into a Force-Couple system.
    • A. 

      True

    • B. 

      False

  • 9. 
    Column and struts are members that carry.....
    • A. 

      Axial Bending

    • B. 

      Axial Compression

    • C. 

      Axial Tension

    • D. 

      All of the above

  • 10. 
    Mathematical formula for Least Radius of Gyration is:
    • A. 

      Square-root of Ratio of Highest Moment of Inertia to Highest Dimension

    • B. 

      Ratio of Least Moment of Inertia to Area

    • C. 

      Square-root of Ratio of Least Moment of Inertia to Area

    • D. 

      Square-root of Ratio of Least Moment of Inertia to Least Dimension

  • 11. 
    Slenderness ratio is the ratio of ___________________ to Radius of Gyration.Choose from: length of column / effective length
  • 12. 
    Tick all the assumptions made in Euler's formula from the list below:
    • A. 

      The column is long and slender

    • B. 

      The load column carries is purely tension

    • C. 

      Failure of column is due to buckling

    • D. 

      Column has uniform cross-section throughout

    • E. 

      Material of column throughout is uniform, isotropic and homogeneous

    • F. 

      Hooke's law for column is not valid

    • G. 

      Before application of load, the column is straight

  • 13. 
    Long column are columns with slenderness ratio above ____.- 10, 75, 50, 210
  • 14. 
    Euler's formula is NOT valid for columns with slenderness ratio above 50.
    • A. 

      True

    • B. 

      False

  • 15. 
    Rankine's formula is valid for which type of column?
    • A. 

      Only Intermediate Column

    • B. 

      Only Long Column

    • C. 

      Only Short Column

    • D. 

      All types of columns

  • 16. 
    Which are the three special cases for analysis of columns? Check them all.
    • A. 

      Column with eccentric loading

    • B. 

      Column with point moment

    • C. 

      Column with initial curvature

    • D. 

      Column with lateral loading