Q. Set a perpendicular offset for A and B using the radius and the angle given. R = 34.76m and θ = 14˚76ꞌ.

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Q. Which of the following represents the replication of versine?

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Q. Perpendicular offsets can be set out after__________

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Q. Which of the following describes the advantage of bisection of chords method?

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Q. Find the perpendicular offset using successive bisection of chords, with radius 34.98m and length 12.65 m.

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Q. The successive bisection of chords comes under which of the following category?

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Q. Perpendicular chords can be obtained by using the successive bisection method.

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Q. Which process can be used for setting a small curve?

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Q. Which of the following describes the right usage of tangent method for offsets?

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Q. The points that are set by using the method of tangents will lie on ___________

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Q. If the tangent distance increases, the offsets distance also increases.

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Q. Central position of curve can be set by _________

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Q. Which of the following represents the correct set of classification in the method of setting offset by tangent method?

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Q. Find the radial offset if radius of the curve is given as 23.65m and the offset placement is at 15m.

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Q. Set a radial offset by using the approximate method with radius of the curve given as 25.76m and the offset distance as 5m.

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Q. Find the perpendicular offset by using the general method, with radius of the curvature being 70.98m and the offset distance about 9m.

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Q. Set a perpendicular offset using the approximate method, having radius of curvature as 47.43m and the offset distance being 8m.

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Q. The method of deflection distances is used in which of the following cases?

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Q. The method of producing offsets from the chords can also be named as ____________

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Q. Which of the following indicates the formula used in deflection distances?

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