31 results on '"Sylvester, J."'
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2. LXXI. On the general solution (in certain cases) of the equation x 3 + y 3 + Az 3 =M xyz, &c
3. On a Theory of the Syzygetic Relations of Two Rational Integral Functions, Comprising an Application to the Theory of Sturm's Functions, and That of the Greatest Algebraical Common Measure
4. Outlines of Seven Lectures on the Partitions of Numbers
5. XXVI. On a new class of theorems in elimination between quadratic functions
6. The Collected Papers of J. J. Sylvester. Vol. II
7. XLVII. On the equation in numbers A x 3 +B y 3 +C z 3 =D xyz, and its associate system of equations
8. On the Goldbach-Euler Theorem regarding Prime Numbers
9. XXXIII. Table of totients, of sum-totients, and of 3 π 2 into the squares, of all the numbers from 501 to 1000 inclusive
10. The Lost Found—Boole Justified and Monge Reinstated in his Rights by Prof. Beman of the University of Michigan, U.S
11. Outline trace of the theory of Reducible Cyclodes, i.e. a particular Family of successive Involutes to a Circle whose determination depends on the solution of an Algebraico-Diophantine Equation, and of the Number and Classification of the forms of such Family for any given order of succession
12. A Correction
13. L. On Hamilton's quadratic equation and the general unilateral equation in matrices
14. VI. On derivation of coexistence: Part I. Being the theory of simultaneous simple homogeneous equations
15. Note on Sonnet to Pritchard
16. XLVII. Additions to the articles in the September number of this journal, 'On a new class of theorems,' and on Pascal's theorem
17. XL. On contrariants, a new species of invariants
18. XXV. An inslantaneous demonstration of Pascal's theorem by the method of indeterminate coordinates
19. XLVIII. On the solution of a system of equations in which three homogeneous quadratic functions of three unknown quantities are respectively equaled to numerical multiples of a fourth non-homogeneous function of the same
20. The Motion of a Free Rotating Body
21. LVII. On a porismatic property of two conics having with one another a contact of the third order
22. XXXV. On the motion and rest of rigid bodies
23. LVI. On the involution and evolution of quaternions
24. Syllabus of Lecture Delivered at King's College, London, June 28, 1865: Elementary Proof and Generalization of Sir Isaac Newton's Hitherto Undemonstrated Rule for the Discovery of Imaginary Roots
25. XXXIII. An account of a discovery in the Theory of Numbers relative to the equation A x 3 +B y 3 +C z 3 =D xyz
26. XXXVII. On the number of fractions contained in any 'Farey series' of which the limiting number is given
27. An After Dinner Experiment
28. Rotation of a Rigid Body
29. LXIX. On a linear method of eliminating between double, treble, and other systems of algebraic equations
30. LVIII. On the rotation of a rigid body about a fixed point
31. LXIV. On an extension of Sir John Wilson's theorem to all numbers whatever : To the editors of the Philosophical Magazine and Journal
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