 | Instructions - 1845 - 56 σελίδες
...Answer 7. 69. Find the strength of an hempen rope i an inch in diameter. Answer 5,5 cwts. 7.0. Find th'e side of the greatest equilateral triangle that can be inscribed in a circle 12 inches diameter. Answer 1 0,4 inches. 71. Four persons having to arrive at a certain place in 6... | |
 | Isaac A. Clark - 1846 - 204 σελίδες
...inferior denomination that cociesponds with the answer, on the left; • i 1. What is the length of the side of the greatest equilateral triangle that can be inscribed in a circle of 54 inches diameter ? . . k ^ 46,98 inches, 100 87 54 3,48 43,5 100 87 Ans. 9 or 3,915 feet 783 3,915... | |
 | Isaac A. Clark - 1846 - 218 σελίδες
...3,9360 ft. 1000 577 82 1154 4616 47,314 577 96 n 41 96 384 3,936 PROBLEM 4. To find the length of the side of the greatest equilateral triangle that can be inscribed in a given circle. § Place 87 and the diameter on the right, and 100 and the next inferior denomination... | |
 | John E. Fuller - 1846 - 82 σελίδες
...then opposite 82, on the fixed part, is 47-3 (47-^j) inches, the answer. To find the length of the side of the greatest equilateral triangle that can be inscribed in a given circle. RULE. — Place 87, found on the circular, opposite fig. 1 : then opposite any diameter... | |
 | James Bates Thomson - 1847 - 434 σελίδες
...ft, j what is the side of the greatest square table which can be made from it 7 631-« To -find the side of the greatest equilateral triangle that can be inscribed in a circle of a given diameter. Multiply i the given diameter by 1.73205. (Leg. Y. 4. Sch.) MEASUREMENT OF SOLIDS.... | |
 | James Bates Thomson - 1847 - 426 σελίδες
...ft. ; what is the side of the greatest square table which can be made from it 1 N 631. To find the side of the greatest equilateral triangle that can be inscribed in a circle of a given diameter. Multiply •£ the given diameter by 1.73205. (Leg. V. 4. Sch.) 18. Required the... | |
 | James Bates Thomson - 1848 - 434 σελίδες
...ft. ; what is the side of the greatest •qnare table which can be made from it 1 631 . To find the side of the greatest equilateral triangle that can be inscribed in a circle of a given diameter. Multiply i tlie given diameter by 1.73205. (Leg. V. 4. Sch.) 18. Required the... | |
 | James Bates Thomson - 1860 - 440 σελίδες
...4 ft. ; what is the side of the greatest square table which can be made from it 1 631. To find the side of the greatest equilateral triangle that can be inscribed in a circle of a given diameter. Multiply % t/te given diameter by 1.73205. (Leg. V. 4. Sch.) MEASUREMENT OF SOLIDS.... | |
 | M. P. Caldwell - 1883 - 198 σελίδες
...equilateral triangle than can be inscribed in a circle of 20 inches in diameter? Ans. 17.3 in. 22. What is the length of one side of the greatest equilateral triangle that can be formed in a circle 74 rods in diameter ? Ans. 64 + rds. 23. If we lay off an equilateral triangle in... | |
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Divide trie square of the given diameter by 2, and extract tJie square root of the quotient. (Art. 581. Obs. 1.) 17. The diameter of a round table is 4 ft. ; what is the side of the greatest square table which can be made from it 1 631. 