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1913 Paper 1 Q802
D: 1500.0 B: 1500.0

Continued fractions and their use for approximation to irrational numbers.

1913 Paper 1 Q803
D: 1500.0 B: 1500.0

The determination of the nature and position of the quadric represented by the general equation of the second degree \[ (a, b, c, d, f, g, h, u, v, w \gamma x, y, z, 1)^2 = 0. \]

1913 Paper 1 Q804
D: 1500.0 B: 1500.0

Give a proof of Cauchy's Theorem. Indicate some of its simplest applications (as for example in the theory of doubly periodic functions).

1913 Paper 1 Q805
D: 1500.0 B: 1500.0

Fourier's Series.