Leaving Certificate Examination 1950 Honours Applied Mathematics
Posted on17 Oct 2018
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Question 1 If the velocities of two bodies $A$ and $B$ are known, indicate by means of a diagram, or otherwise, how... Read More
Leaving Certificate Examination 1949 Honours Applied Mathematics
Posted on16 Oct 2018
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Question 1 $ABC$ is a triangle in which $AB=8$ cm., $BC=10$ cm., and $CA=11$ cm. Forces of $4$, $5$, $5$ lb. wt.... Read More
Leaving Certificate Examination 1948 Honours Applied Mathematics
Posted on05 Oct 2018
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Question 1 A liner proceeding on a course $25^\circ$ North of East appears to be moving N.E. as seen from a tug... Read More
Leaving Certificate Examination 1947 Honours Applied Mathematics
Posted on04 Oct 2018
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Question 1 A body moving in a straight line travels distances $AB$, $BC$, $CD$ of $104$ ft., $264$ ft., $240$ ft. respectively... Read More
Leaving Certificate Examination 1946 Honours Applied Mathematics
Posted on03 Oct 2018
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Question 1 A train travelling at $44$ feet per second is brought to rest, its speed after $t$ secs. being given by... Read More
Leaving Certificate Examination 1945 Honours Applied Mathematics
Posted on02 Oct 2018
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Question 1 The velocities of two points $A$ and $B$ being known in magnitude and direction, explain with the aid of a... Read More
Leaving Certificate Examination 1944 Honours Applied Mathematics
Posted on01 Oct 2018
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Question 1 $ABC$ is a steel rod, the portion $AB$ being straight and of length $4$ feet and the portion $BC$ being... Read More
Leaving Certificate Examination 1943 Honours Applied Mathematics
Posted on28 Sep 2018
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Question 1 Two ships $A$ and $B$ are $10$ miles apart, $A$ being due west of $B$ and steaming due East at... Read More
Leaving Certificate Examination 1942 Honours Applied Mathematics
Posted on27 Sep 2018
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Question 1 A warship steaming due North at $20$ knots is observed by a submarine $6$ sea-miles North-West of her. The submarine... Read More
Leaving Certificate Examination 1941 Honours Applied Mathematics
Posted on26 Sep 2018
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Question 1 Prove the formula $v=\omega r$ for uniform motion in a circle. A particle moving in a circle of radius $3$... Read More