| Publication | Date of Publication | Type |
|---|
| Ueber die Auflösung eines linearen Systems von Gleichungen. | 1874-01-01 | Paper |
| On some limits related to the limit Lim\(\frac{n}{\root n\of{n!}}=e\) (for \(n=\infty\)) | 1873-01-01 | Paper |
| The average of radius of curvature and the average curvature of a fixed point of a surface | 1873-01-01 | Paper |
| On the remarkable properties of the expression \[ z^n {m \choose 1} (z 1)^n + {m \choose 2} (z 2)^n \cdots +( 1)^m {m \choose m}(z m)^n \ and their applications] | 1873-01-01 | Paper |
| Contribution to the theory of elliptic integrals. | 1872-01-01 | Paper |
| On the theory of maxima and minima. | 1871-01-01 | Paper |
| On the theory of simultaneous substitutions in double and triple integrals. | 1871-01-01 | Paper |
| On a transformation of the definite integral \(\int_0^\alpha \log \frac{a + b\cos x}{a b\cos x}dx\). | 1871-01-01 | Paper |
| About a spherical triangle, with one angle equal to the sum of the other two. | 1870-01-01 | Paper |
| Ueber die Bestimmung einer Curve aus ihrer Tangenteneigenschaft. | 1870-01-01 | Paper |
| Ueber den Ausdruck des Krümmungsradius in Polarcoordinaten und über diejenigen Curven, deren Gleichung: \(r^k=a^k\sin k\theta\). | 1870-01-01 | Paper |
| Theory of tetrahedra from the 6 edges | 1870-01-01 | Paper |
| Transformation and evaluation of the triple integral \[ \iiint F \left( \frac{x^2}{a^2} + \frac {y^2}{b^2} + \frac{z^2}{c^2}, \alpha x + \beta y + \gamma z \right) dx dy dz \ .] | 1870-01-01 | Paper |
| Transformation and evaluation of the triple integral \[ \iiint F \left( \frac{x^2}{a^2} \frac{y^2}{b^2} \frac{z^2}{c^2}, \alpha x + \beta y + \gamma z \right) dx dy dz. \] | 1870-01-01 | Paper |
| Relation between the radius of the spheres of contact of a trilateral pyramid | 1869-01-01 | Paper |
| Cubature of the segments and the levelspaces in surfaces of order two | 1869-01-01 | Paper |
| On criteria about the divisibility of numbers. | 1869-01-01 | Paper |
| On Dirichlet's paradox for infinite series. | 1869-01-01 | Paper |
| General derivatives of the functions \(e^{a x} \cos (\alpha + \beta x)\), \(e^{a x} \sin (\alpha + \beta x)\), \(x^a \cos [b \log (\alpha + \beta x)\), \(x^a \sin [b \log \alpha + \beta x)]\) etc.] | 1869-01-01 | Paper |
| On one theorem of spherical triangles | 1869-01-01 | Paper |
| The various representations of the product \[ (a^{2}+b^{2}+c^{2}+d^{2})(a_{1}^{2}+b_{1}^{2}+c_{1}^{2}+d_{1}^{2 })....(a_{n 1}^{2}+b_{n 1}^{2}+c_{n 1}^{2}+d_{n 1}^{2}) \ as sums of four squares] | 1869-01-01 | Paper |
| On the two general integrals \[ \int x^n \cos [m \log (a + bx)dx, \int x^n \sin [m \log (a + bx)]dx \] and some related forms.] | 1869-01-01 | Paper |
| The general formula for the sum of the angles in a polygon. | 1868-01-01 | Paper |
| On some remarkable formulas of spherical trigonometry. | 1868-01-01 | Paper |
| Derivation of the complanation formula in polar coordinates, from the figure. | 1868-01-01 | Paper |
| The pendulum as an instrument of geodesy. | 1868-01-01 | Paper |
| On a casus irreducibilis in real quantities. | 1868-01-01 | Paper |
| On the value of the expression \(\frac1{(m+\delta)^\epsilon}+\frac1{(m+2\delta)^\epsilon}+\cdots+\frac1 {(m+(m(n-1)\delta)^\epsilon}\) for \(m=\infty\) and on the Dirichlet paradox. | 1868-01-01 | Paper |
| Solution of the two equations \[ \begin{aligned} a_0(x^2-y^2)-2b_0xy+a_1x- b_1y+a_2&=0,\\ b_0(x^2-y^2)-2a_0xy+b_1x-a_1y+b_2&=0. \end{aligned} \] | 1868-01-01 | Paper |
