Q.1.
Rankine’s method will come under which of the following classification?
Q.2.
In Rankine’s method it is assumed that length of arc is equal to its chord.
Q.3.
According to Rankine’s method, the formula for finding deflection angle can be given as ____________
Q.4.
Rankine’s method can be applied for setting curves of large radius.
Q.5.
Determine the value of radius of the curve if the length of the chord is given asand the tangential angle as 100˚23ꞌ.
Q.6.
Which of the following method is capable of delivering more accurate output?
Q.7.
Which among the following is more expensive process for setting a curve?
Q.8.
Which among the following is a frequently used process?
Q.9.
If the value of length of the chord is given asand the radius of the curve as 3.65m, find the tangential angle using Rankine’s method.
Q.10.
Rankine’s method is also known as____________
Q.11.
If the degree of the curve is equal to D atchord, find the tangential angle with length of the chord being 5.6m.
Q.12.
Which of the following describes the advantage of Rankine’s method?
Q.13.
Find the deflection angle for various points if the value of θ is given asand Δ = 48˚.
Q.14.
Find the tangential angle of the curve, if the length of the chord is given asand the degree of the curve is equal to D at 100ft length.
Q.15.
Find the chord length using Rankine’s method with radius of the curve being 43.and the tangential angle is 87˚45ꞌ.