Full amount of super-elevation on a horizontal curve is provided at the

Full amount of super-elevation on a horizontal curve is provided at the A. beginning of the transition curve B. centre of the circular curve

The full amount of super-elevation on a horizontal curve is provided at the

A. beginning of the transition curve
B. center of the circular curve
C. end of the transition curve
D. center of the transition curve

The correct answer is option 'C. end of the transition curve'. Can you explain this answer?

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Full amount of super-elevation on a horizontal curve is provided at the A. beginning of the transition curve B. centre of the circular curve C. end of the transition curve D. centre of the transition curve

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Full amount of super-elevation on a horizontal curve is provided at the

The full amount of super-elevation on a horizontal curve is provided at the

A. beginning of the transition curve
B. center of the circular curve
C. end of the transition curve
D. center of the transition curve

The correct answer is option 'C. end of the transition curve'. Can you explain this answer?

Book For Transportation Engineering MCQs and Solved Question - CLICK TO VIEW

About the Author

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A step index fiber has core refractive index 1.466, cladding refractive index 1.46. If the operating wavelength of the rays is 0.85 μm, calculate the cutoff parameter or normalized frequency and the number of modes which the fiber will support. The diameter of core is 50 μm.

A point P is 50 mm away from both the reference planes. Draw its all possible projections.

Q.Explain the formation of Newton's rings with a ray diagram and derive the expression for determination of wavelength of light using Newton's ring experiment.

Elongation of a Conical Bar due to it's Self-Weight | QnA | Strength of Material | Solid Mechanics | By Akhand Dutta

The refractive indices of core and cladding materials of a step index fibre are 1.48 and 1.45, respectively. Calculate: (i) numerical aperture, (ii) acceptance angle, and (iii) the critical angle at the core-cladding interface and (iv) fractional refractive indices change.

Full amount of super-elevation on a horizontal curve is provided at the

The full amount of super-elevation on a horizontal curve is provided at the

A. beginning of the transition curveB. center of the circular curveC. end of the transition curveD. center of the transition curve

The correct answer is option 'C. end of the transition curve'. Can you explain this answer?

Book For Transportation Engineering MCQs and Solved Question - CLICK TO VIEW

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A. beginning of the transition curve
B. center of the circular curve
C. end of the transition curve
D. center of the transition curve