Все публикации

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LOGARITHMS [KCSE 2013 PP2 NO.4] (3marks).

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LOGARITHMS [KCSE 2014 PP2 NO.9] (3marks)

0:00:41

LOGARITHMS [KCSE 2015 PP2 NO.7] (3 marks)

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LOGARITHMS [KCSE 2010 PP2 NO. 15] (3marks)

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LOGARITHMS [KCSE 2012 PP1 NO. 12] (3marks)

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LOGARITHMS [2012 PP2 NO. 1] (2marks)

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LOGARITHMS

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LOGARITHMS [KCSE 2019 PP2 NO. 15] (4 marks)

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LOGARITHMS [KCSE 2003 PP2 NO. 5] (3marks)

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LOGARITHMS [KCSE 2004 PP2 NO. 5] (3marks)

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LOGARITHMS [KCSE 2006 PP1 NO. 10] (3marks)

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LOGARITHMS [KCSE 2005 PP2 NO. 7]

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LOGARITHMS[KCSE 2008 PP1 NO. 14] (3marks)

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LOGARITHMS[KCSE PP2 2020 NO. 8] (3 marks)

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LOGARITHMS[KCSE 2001 PP2 NO.8] (3 marks)

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LOGARITHMS[KCSE 1995 PP2 NO. 13] (3 marks)

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LOGARITHMS. Simplify completely, (log49+2log7^1/2)/(4log7-log7).

0:00:53

When a number is divided by 15, the quotient is 18 and the remainder 5. What is the number?

0:00:33

LOGARITHMS [KCSE 1998 PP2 No. 12] (4 marks)

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LOGARITHMS [KCSE 1999 PP2 No. 6] (4 marks)

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Logarithms, KCSE 2000 PP1 No. 5. (3 Marks)

0:00:21

Solve for X given the equation, 2^(2x-1) + 4^(x+2) = 264. #ALGEBRA

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Simplify cos^2 Q + cos^2 (90-Q) #RULES OF LOGARITHMS

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Given the GCD (a,b) =12 and LCM (a,b) =360, find all unordered pairs a,b