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Use Euclid's division lemma, to show tha...

Use Euclid's division lemma, to show that the cube of any positive integer is of the form `3p or 3p+1 or 3p+2` for any integer 'p'.

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Use Euclid's division lemma to show that the square of any positive integer is of the form 3p, 3p+1.

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BEYOND PUBLICATION-QUESTION PAPER-EXERCISE
  1. If the distance between the two points ( 8 , x) and ( x , 8) is 2sqr...

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  2. Express 2016 and as product of prime factors.

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  3. Use Euclid's division lemma, to show that the cube of any positive int...

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  4. Prove that sqrt3-sqrt5 is an irrational number.

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  5. Draw the graph of the polynomial p(x) = x^(2) - 5x +4 on the graph pap...

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  6. Draw the graph for the equations 2x-y-4=0 and x+y+1=0 on the graph pap...

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  9. If the points P(-3,9) ,Q(a , b) and R(4 , - 5) are collinear and a + ...

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  10. The sum of the three terms which are in an Arithmetic Progression is 3...

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  11. The logarithmic form of a^(b)=c is……….

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  12. 3 log (x+3) = log 27 అయిన x విలువ

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  13. In the formula of n^(th) term of term of a Geometric Progression a(n)=...

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  14. Which one of the following rational numbers has terminating decimal ex...

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  15. The common difference of an Arithmetic Progression in which a(25) - a(...

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  16. Which one of the following statements if False?

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  18. The quadratic polynomial having 1/3 and 1/2 as its zeroes, is…..

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  19. Sum of 10 terms of the progression log 2 + log 4 + log 8 + log 6 + …. ...

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  20. Which term of the Arithmetic Progression 24, 21, 18, ……. Is the first ...

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