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1913 Paper 4 Q601
D: 1500.0 B: 1500.0

Shew that straight lines which are parallel to the same straight line are parallel to one another.

1913 Paper 4 Q602
D: 1500.0 B: 1500.0

If two triangles have the three sides of the one equal to the three sides of the other each to each, prove that the triangles are congruent.

1913 Paper 4 Q603
D: 1500.0 B: 1500.0

Prove the geometrical proposition corresponding to the algebraic identity \[ a^2-b^2=(a+b)(a-b). \]

1913 Paper 4 Q604
D: 1500.0 B: 1500.0

Define a tangent to a circle. Prove that the tangent at any point of a circle and the radius through the point are perpendicular to one another.

1913 Paper 4 Q605
D: 1500.0 B: 1500.0

Resolve 6981975 into prime factors and find what square number is nearest to it.

1913 Paper 4 Q606
D: 1500.0 B: 1500.0

Determine the value of \(\dfrac{2068 \times \cdot02682}{\cdot4109}\) to four places of decimals.

1913 Paper 4 Q607
D: 1500.0 B: 1500.0

Find, to the nearest penny, the difference between the simple and the compound interest on £350 for 5 years at 3\% per annum.

1913 Paper 4 Q608
D: 1500.0 B: 1500.0

A man sells a farm of 74 acres 3 roods 10 poles at £21. 6s. 8d. per acre and invests the proceeds in 2\(\frac{1}{2}\)\% Consols at 76. Find what income he secures by this investment.

1913 Paper 4 Q609
D: 1500.0 B: 1500.0

Factorise:

  1. \(a^3+2a-(b^3+2b)\),
  2. \(2xy+y^2-z^2+2xz\),
  3. \(x^4+x^2y^2+y^4\).

1913 Paper 4 Q610
D: 1500.0 B: 1500.0

Simplify \(\dfrac{2x+5}{6x+7} - \dfrac{2x-1}{6x+5} - \dfrac{32x+33}{36(x+1)^2-1}\). and prove that, if \(a+b+c=0\), then \(a^3+b^3+c^3=3abc\).