State the binomial theorem for a positiv...

State the binomial theorem for a positive integral index.

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CHHAYA PUBLICATION-BINOMIAL THEOREM -EXERCISE (Very short answer Type Questions )

State the binomial theorem for a positive integral index.
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If n is a positive integer, show that, in the expansion of (1+x)^(n) t...
07:01
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Write down the binominal expansion of , (a+2b)^(5)
03:34
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Write down the binominal expansion of , (a-3/b)^(7)
10:51
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Write down the binominal expansion of , (x/3 + 2/t)^(4)
03:28
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Write down the dimension of entropy.
02:11
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Write down the binominal expansion of , (x^(3)-3x^(2)y + 3xy^(2)-y...
04:20
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Write down the binominal expansion of , (x^(2)-x-2)^(3)
04:08
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Write down the binominal expansion of , (1-x+x^(2))^(4).
06:02
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Simplify : (sqrt(3)+1)^(5)-(sqrt(3)-1)^(5)
03:13
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Simplify : (2+sqrt(3))^(6) + (2-sqrt(3))^(6)
04:07
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Simplify : (x+y)^(4) - 4y(x+y)^(3) + 6y^(2)(x+y)^(2)-4y^(3)(x+y)+y^(...
01:51
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Simplify : (a-3)^(3) + 6(a-3)^(2)+12(a-3)+8
04:34
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Simplify : (x+sqrt(x^(2)-1))^(7) + (x-sqrt(x^(2)-1))^(7)
12:00
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Expand (3x-5/(x^3))^(8) up to the term independent of x.
03:33
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Determine: 10th term in the expansion of (3a+2/a)^(12)
02:25
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Determine: 4th term in the expansion of (a/b-b/a)^(10)
01:53
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Determine: nth term in the expansion of (x+1/x)^(2n)
02:32
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Determine: the general term in the expansion of (a-1/(3a))^(m)
02:02
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5th term from the end in the expansion of ((x^3/2)-(2/x^2))^12 is
04:14
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