- AMargin
- BPitch
- CBack pitch
- DDiagonal pitch

- AZero at the centroidal axis
- BZero at the point other than centroidal axis
- CMaximum at the neutral axis
- DNone of these

- ADirectly as load
- BInversely as square of load
- CInversely as cube of load
- DInversely as fourth power of load

- ACo-axial
- BPerpendicular
- CPerpendicular
- DNone of these

- ABase circle
- BPitch circle
- CAddendum circle
- DDedendum circle

- A20°
- B35°
- C45°
- D60°

- A(6V/ π)1/2
- B(6V/ π)1/3
- C(6V/ π)2
- D(6V/ π)3

- ABending moment only
- BTwisting moment only
- CCombined bending moment and twisting moments
- DCombined action of bending moment, twisting moment and axial thrust

- AMaterial of belt and pulley
- BSlip of belt
- CSpeed of belt
- DAll of these

- ATensile stress
- BCompressive stress
- CShear stress
- DNone of these

- ATensile strength
- BCompressive strength
- CShear strength
- DBending strength

- AReducing stress concentration
- BEase of manufacture
- CSafety
- DFullering and caulking

- AThick film
- BThin film
- CEither A or B
- DNone of these

- Ad = √t
- Bd = 1.6√t
- Cd = 2√t
- Dd = 6√t

- AOne end of the column is clamped and the other end is free
- BBoth ends of the column are clamped
- CBoth ends of the column are hinged
- DOne end of the column is hinged and the other end is free

- AHigher
- BLower
- CSame
- DNone of these

- ALame's equation
- BBirnie's equation
- CClavarinos' equation
- DAll of these

- AAlways in single shear
- BAlways in double shear
- CEither in single shear or double shear
- DAny one of these

- ACotter joint
- BBolted joint
- CKnuckle joint
- DUniversal coupling

- ADecrease the tendency of belt to slip
- BIncrease the power transmission capacity
- CIncrease the wrap angle and belt tension
- DAll the above objectives

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