Examination Papers |
Din interiorul cărții
Rezultatele 6 - 10 din 53
Pagina
... Prove the theorems ( a ) a2 = a , b and p = ano for = a1C1 a right - angled triangle , where ay is the projection of a on the hypothenuse b , and p is the altitude from the rightangled vertex ; and ( 6 ) a ? = b2 + c2 -- 2bc , for an ...
... Prove the theorems ( a ) a2 = a , b and p = ano for = a1C1 a right - angled triangle , where ay is the projection of a on the hypothenuse b , and p is the altitude from the rightangled vertex ; and ( 6 ) a ? = b2 + c2 -- 2bc , for an ...
Pagina
... Prove that two similar figures have any two line- segments from the one proportional to the homologous segments from the other . " ( b ) In a given triangle inscribe an isoscles right- angled triangle so as to have its hypothenuse ...
... Prove that two similar figures have any two line- segments from the one proportional to the homologous segments from the other . " ( b ) In a given triangle inscribe an isoscles right- angled triangle so as to have its hypothenuse ...
Pagina
... Prove that the diameters of a tetrahedron bisect one another , and that the medians pass through the point of bisection . ( b ) Find the ratio of the volumes of two spheres , one inscribed in a regular tetrahedron , and the other cir ...
... Prove that the diameters of a tetrahedron bisect one another , and that the medians pass through the point of bisection . ( b ) Find the ratio of the volumes of two spheres , one inscribed in a regular tetrahedron , and the other cir ...
Pagina
... Prove that two similar figures have any two linesegments from the one proportional to the homologous segments from the other . ( 6 ) In a given triangle inscribe an isoscles rightangled triangle so as to have its hypothenuse parallel to ...
... Prove that two similar figures have any two linesegments from the one proportional to the homologous segments from the other . ( 6 ) In a given triangle inscribe an isoscles rightangled triangle so as to have its hypothenuse parallel to ...
Pagina
... prove that it is true . ( b ) Show that 1 - n2 + 2 n2 ( n2 - 1 ) n2 ( n2 — 1 ) ( n2 —4 ) 12.22 - 12.22.32 + ... = 0 ... proving the rule . ( b ) Find a series of fractions approximating to 3.14159 . 8. Find the value of the recurring ...
... prove that it is true . ( b ) Show that 1 - n2 + 2 n2 ( n2 - 1 ) n2 ( n2 — 1 ) ( n2 —4 ) 12.22 - 12.22.32 + ... = 0 ... proving the rule . ( b ) Find a series of fractions approximating to 3.14159 . 8. Find the value of the recurring ...
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acetic acid acid angle Aristotle bien cæsura calcite Canada centre chalcocite chloride chlorine circle coffer dam Compare composition conic continued fraction Criticise criticism curve Define Describe Develope Discuss Draw ellipse English Explain fully extract FACULTY OF PRACTICAL feldspar FINAL HONOURS formula French Gauss's theorem German Give an account Give an outline given Greek Illustrate inches Junior kethib list of minerals meant mineral Name neque nitric acid numbers Parse particle PASS plane PRACTICAL SCIENCE principle Prove pyritohedrons Quebec Act quod relation SECOND PAPER Shew Show sketch sporophyte tangent thaz thence Thucydides tion Translate triangle Write notes ἀλλ ἂν γὰρ δὲ δὴ διὰ εἰ εἶναι ἐκ ἐν ἐπὶ ἐς καὶ κατὰ μὲν μὴ μοι νῦν οἱ οὐκ πρὸς τὰ τε τῇ τὴν τῆς τὸ τοῖς τὸν τοῦ τοὺς τῷ τῶν ὡς