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... prove yourself to be so . 3. In the following sentences point out the exact force of the words italicised ; in case an alternative form is inserted in parentheses , show whether or not the alternative form is per- [ OVER . ] missible ...
... prove yourself to be so . 3. In the following sentences point out the exact force of the words italicised ; in case an alternative form is inserted in parentheses , show whether or not the alternative form is per- [ OVER . ] missible ...
Σελίδα
... Prove that · 86 = 1 } . ( b ) Prove that the interest on any sum of money is equal to the true discount on the same sum together with the interest on the true discount , time and rate being the same throughout . 2. A man buys a house ...
... Prove that · 86 = 1 } . ( b ) Prove that the interest on any sum of money is equal to the true discount on the same sum together with the interest on the true discount , time and rate being the same throughout . 2. A man buys a house ...
Σελίδα
... Prove that the square described on the hypotenuse of a right angled triangle is equal to the squares described on the other two sides . ( Euclid , Book I. , Prop . 47. ) 3. If a straight line be divided into two equal segments , and ...
... Prove that the square described on the hypotenuse of a right angled triangle is equal to the squares described on the other two sides . ( Euclid , Book I. , Prop . 47. ) 3. If a straight line be divided into two equal segments , and ...
Σελίδα
... prove a = b d ( c ) If a , 2b , 2c , d , are in continued proportion , prove that ( a2 + 4b2 + 4c2 ) ( 4b2 + 4c2 + d2 ) = 4 ( ab + 2bc + cd ) 2 . 4. ( a ) How many terms of the series -16 , -14 , —12 , . . must be taken that the sum may ...
... prove a = b d ( c ) If a , 2b , 2c , d , are in continued proportion , prove that ( a2 + 4b2 + 4c2 ) ( 4b2 + 4c2 + d2 ) = 4 ( ab + 2bc + cd ) 2 . 4. ( a ) How many terms of the series -16 , -14 , —12 , . . must be taken that the sum may ...
Σελίδα
... Prove the binomial theorem for a positive integral exponent . ( b ) Show that the coefficient of " + " in the expansion of ( 1 + nxn ) ( 1 - x ) -2 is ( 1 + n ) ( 1 + r ) + n . ( c ) Use the binomial theorem to find approximately the ...
... Prove the binomial theorem for a positive integral exponent . ( b ) Show that the coefficient of " + " in the expansion of ( 1 + nxn ) ( 1 - x ) -2 is ( 1 + n ) ( 1 + r ) + n . ( c ) Use the binomial theorem to find approximately the ...