Yale Examination PapersGinn, Heath & Company, 1892 - 139 sider |
Inni boken
Resultat 1-5 av 17
Side 2
... to rods , yards , feet , and inches . 5. Multiply 17.288 by 312,500 , and give the product in kilos . 1880 . 1. Reduce to a common denominator and add 3 × 1 × 5 , ,, and . 4 2. Divide -by . 6 # 3. Find , 2 ARITHMETIC . 24, 147 32.
... to rods , yards , feet , and inches . 5. Multiply 17.288 by 312,500 , and give the product in kilos . 1880 . 1. Reduce to a common denominator and add 3 × 1 × 5 , ,, and . 4 2. Divide -by . 6 # 3. Find , 2 ARITHMETIC . 24, 147 32.
Side 46
... feet , marking the quantity of each syllable . ( b ) Account for the quantity of the final syllables in variis , tumulo , de , adspirat . ( c ) When is e final long ? Mark the quantity of the vowels in fiebam , mel . Distinguish between ...
... feet , marking the quantity of each syllable . ( b ) Account for the quantity of the final syllables in variis , tumulo , de , adspirat . ( c ) When is e final long ? Mark the quantity of the vowels in fiebam , mel . Distinguish between ...
Side 47
... landed before his ar- rival at Chaonia , and where had he attempted settlements ? 3. ( a ) Divide the last two lines into feet , marking the quantity of each syllable . ( b ) What is the quantity of the final VERGIL AND OVID . 47.
... landed before his ar- rival at Chaonia , and where had he attempted settlements ? 3. ( a ) Divide the last two lines into feet , marking the quantity of each syllable . ( b ) What is the quantity of the final VERGIL AND OVID . 47.
Side 49
... feet , marking the quantity of each syllable . ( b ) In this passage , what final syllables having a short vowel are made long by position ? ( c ) Mark the quantity of each syllable in diei , ab , pacis , dabamus . [ 6 may be ...
... feet , marking the quantity of each syllable . ( b ) In this passage , what final syllables having a short vowel are made long by position ? ( c ) Mark the quantity of each syllable in diei , ab , pacis , dabamus . [ 6 may be ...
Side 52
... Divide the following verse into feet , marking the place of the cœsura , and the quantity of each syllable : - Unde hominum genus et pecudes , unde imber et ignes . 1880 . [ Omit any two passages . ] 1. 52 VERGIL AND OVID .
... Divide the following verse into feet , marking the place of the cœsura , and the quantity of each syllable : - Unde hominum genus et pecudes , unde imber et ignes . 1880 . [ Omit any two passages . ] 1. 52 VERGIL AND OVID .
Andre utgaver - Vis alle
Populære avsnitt
Side 59 - Hanc olim veteres vitam coluere Sabini, hanc Remus et frater, sic fortis Etruria crevit scilicet et rerum facta est pulcherrima Roma, septemque una sibi muro circumdedit arces.
Side 12 - If two triangles have the three sides of the one equal to the three sides of the other, each to each, the triangles are congruent.
Side 15 - AB be the given straight line ; it is required to divide it into two parts, so that the rectangle contained by the whole, and one of the parts, shall be equal to the square of the other part.
Side 54 - Redit agricolis labor actus in orbem, atque in se sua per vestigia volvitur annus.
Side 47 - Hos ego digrediens lacrimis affabar obortis : Vivite felices, quibus est fortuna peracta Jam sua ; nos alia ex aliis in fata vocamur. Vobis parta quies ; nullum maris aequor arandum, 495 Arva neque Ausoniae semper cedentia retro Quaerenda.
Side 127 - Every section of a circular cone made by a plane parallel to the base is a circle.
Side 126 - If a straight line is perpendicular to each of two straight lines at their point of intersection, it is perpendicular to the plane of those lines.
Side 40 - Homines enim ad deos nulla re propius accedunt quam salutem hominibus dando. Nihil habet nee fortuna tua majus, quam ut possis, nee natura melius, quam 5 ut velis servare quam plurimos.
Side 50 - ... mellaque decussit foliis ignemque removit, et passim rivis currentia vina repressit, ut varias usus meditando extunderet artes paulatim et sulcis frumenti quaereret herbam. [ut silicis venis abstrusum excuderet ignem...
Side 11 - If a straight line be divided into any two parts, the squares of the whole line, and of one of the parts, are equal to twice the rectangle contained by the whole and that part, together with the square of the other part. Let the straight line AB be divided into any two parts in the point C; the squares of AB, BC are equal to twice the rectangle AB, BC, together with the square of AC.