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... surface , nous annoncent le retour du printemps ; et leurs émigrations , après l'équinoxe de septem- bre , sont les avant coureurs des rigueurs de l'hiver . 3 Translate : FIRST YEAR AND FINAL HONOURS . French Queen's University ...
... surface , nous annoncent le retour du printemps ; et leurs émigrations , après l'équinoxe de septem- bre , sont les avant coureurs des rigueurs de l'hiver . 3 Translate : FIRST YEAR AND FINAL HONOURS . French Queen's University ...
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... surface of the cylinder is a mean proportional between the surfaces of the sphere and the cone . 9. Find the area of a spheric triangle . HONOURS . Calculus , I. 1. Differentiate the following : Queen's University Examinations : April ...
... surface of the cylinder is a mean proportional between the surfaces of the sphere and the cone . 9. Find the area of a spheric triangle . HONOURS . Calculus , I. 1. Differentiate the following : Queen's University Examinations : April ...
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... surface of the cylinder is a mean proportional between the surfaces of the sphere and the cone . 9. Find the area of a spheric triangle . 革 1 1 HONOURS . Calculus , I. 1. Differentiate Queen's University Examinations : April , 1899 .
... surface of the cylinder is a mean proportional between the surfaces of the sphere and the cone . 9. Find the area of a spheric triangle . 革 1 1 HONOURS . Calculus , I. 1. Differentiate Queen's University Examinations : April , 1899 .
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... surface in two straight lines . 6. Explain any method of finding the equation of the section of a surface made by any given plane through the origin . 7. Find the length of the perpendicular from the origin to the tangent plane which ...
... surface in two straight lines . 6. Explain any method of finding the equation of the section of a surface made by any given plane through the origin . 7. Find the length of the perpendicular from the origin to the tangent plane which ...
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... surface , enunciate Gauss ' theorem respecting such , and apply it to find the electric intensity at any point due to a uniformly electrified infinite plane . 12. Define the electric potential at any point of an electric field , and ...
... surface , enunciate Gauss ' theorem respecting such , and apply it to find the electric intensity at any point due to a uniformly electrified infinite plane . 12. Define the electric potential at any point of an electric field , and ...
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