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MCQ explained

MCQ explainedWhen R is radius, D is degree of curve and chord length is 30 m, the relation between R and D is:Surveying · 2 min read
MCQ explainedThe tangent length for a circular curve of radius R, if the deflection angle is given, is:Surveying · 2 min read
MCQ explainedPoint of tangency is the:Surveying · 2 min read
MCQ explainedThe ideal form of the curve for the summit curve is:Surveying · 2 min read
MCQ explainedCalculate the tangent length of a 5 degree curve, if the deflection angle is 60 degrees.Surveying · 1 min read
MCQ explainedWhich statement is CORRECT for the length of the curve?Surveying · 2 min read
MCQ explainedCalculate the length of the longer chord of a 250 m radius curve having deflection angle of 90 degrees.Surveying · 1 min read
MCQ explainedWhat is the degree of the curve for a radius of 573 m using a chain of 20 m length?Surveying · 1 min read
MCQ explainedCalculate the apex distance, if the deflection angle is 60 degrees and the degree of curve is 8 degrees.Surveying · 1 min read
MCQ explainedA curve whose radius varies from infinity to a certain value is called:Surveying · 2 min read
MCQ explainedDegree of curve for a 30 m chain will be:Surveying · 1 min read
MCQ explainedThe length of a transition curve depends on the rate of change of:Surveying · 2 min read
MCQ explainedA lateral shift in the transition curve is given by:Surveying · 2 min read
MCQ explainedIn a highway an ascending gradient of 1 in 100 meets a descending gradient of 1 in 80 – determine the de…Surveying · 1 min read
MCQ explainedThe degree of the curve is an angle subtended at the centre by a chord of what length, and what is the degree…Surveying · 2 min read
MCQ explainedIf g1 = +1.2% and g2 = -0.8% and rate of change of grade = 0.1% per 20 m chain, find the length of the vertica…Surveying · 2 min read
MCQ explainedCalculate the length of a simple circular curve, if its deflection angle is 45 degrees and radius 400 m.Surveying · 1 min read
MCQ explainedData recorded during curve setting using the two-theodolite method – find the deflection angles A, B and…Surveying · 2 min read