| The locus of the straight lines which intersect three given lines
| Vol 28 (1909) 60-61
|
| The Factors of ( a, b, c, f, g, h)( x, y, z)2 - λ( x2 + y2 + z2)
| Vol 28 (1909) 62-63
|
| A method of finding i) the double points of a unicursal curve and ii) unicursal quartics with three given double points
| Vol 31 (1912) 35-48
|
| An area proof of the proposition If AB is divided equally at C and unequally at D, then AD2 + DB2 = 2AC2 + 2CD2
| Vol 38 (1919) Notes
|
| Note on geometric series
| Notes: 6 (1910)
|
| An interesting example in curve tracing
| Notes: 10 (1912)
|
| The equation of the polar of a point with respect to a circle
| Notes: 13 (1913)
|
| Note on the perpendicular generators of a hyperboloid of one sheet
| Notes: 15 (1914)
|
| Note on the principal axes of a normal section of a cylinder which envelopes an ellipsoid
| Notes: 15 (1914)
|
| Geometrical proof of a trigonometrical identity
| Notes: 17 (1915)
|
| The distance of a point from a given line
| Notes: 18 (1915)
|
| On the solutions of d2u/dt2 + P(du/dt) + Qu = 0
| Notes: 19 (1915)
|
| On the direction-cosines of the axes of the conicoid f(x, y, z) = ax2 + by2 + cz2 + 2fyz + 2gzx+2hxy = 1
| Notes: 20 (1916)
|
| A proof of the addition theorem in trigonometry
| Notes: 23 (1925)
|
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