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Evaluate (sqrt(3)+sqrt(2))^6-(sqrt(3)-sq...

Evaluate `(sqrt(3)+sqrt(2))^6-(sqrt(3)-sqrt(2))^6dot`

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The correct Answer is:
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From the expansion of binomial theorem
`(sqrt(3))+sqrt(2))^(6)=^(6)C_(0)(sqrt(3))^(6)+^(6)C_(1)(sqrt(3))^(5)sqrt(2)`
`+^(6)C_(2)(sqrt(3))^(4)(sqrt(2))^(2)+^(6)C_(3)(sqrt(3))^(3)(sqrt(2))^(3)`
`+^(6)C_(4)(sqrt(3))^(2)(sqrt(2))^(4)+^(6)C_(5)sqrt(3)(sqrt(2))^(5)`
`+^(6)C_(6)(sqrt(2))^(6)`
`" and " (sqrt(3)-sqrt(2))^(6)=^(6)C_(0)(sqrt(3))^(6)-^(6)C_(1)(sqrt(3))^(5)sqrt(2)`
`+^(6)C_(2)(sqrt(3))^(4)(sqrt(2))^(2)-^(6)C_(3)(sqrt(3))^(3)(sqrt(2))^(2)`
`.^(6)C_(4)(sqrt(3))^(2)(sqrt(2))^(4)-^(6)C_(5)sqrt(3)(sqrt(2))^(5)]`
`=2[6xx9 sqrt(3)xxsqrt(2)+20xx30sqrt(3)`
`=2[54sqrt(6)+120sqrt(6)+249sqrt(6)]`
`=2xx 198 sqrt(6)`
`=296 sqrt(6)`
Therefore ,
`(sqrt(3))+sqrt(2))^(6)-(sqrt(3))-sqrt(2))^(6)=396sqrt(6)`
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NAGEEN PRAKASHAN-BINOMIAL THEOREM-Miscellaneous Exericse
  1. Find a, b and n in the expansion of (a+b)^nif the first three terms ...

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  2. If the coefficients of x^2a n d\ x^3 in the expansion o (3+a x)^9 are ...

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  3. Find the coefficient of x^5in the product (1+2x)^6(1-x)^7using binomi...

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  4. If and b are distinct integers, prove that a - bis a factor of a^n-b^n...

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  5. Evaluate (sqrt(3)+sqrt(2))^6-(sqrt(3)-sqrt(2))^6dot

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  6. Find the value of (a^2+sqrt(a^2-1))^4+(a^2-sqrt(a^2-1))^4.

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  7. Find an approximation of (0. 99)^5 using the first three terms of its ...

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  8. Find n, if the ratio of the fifth term from the beginning to the fi...

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  9. Expand using Binomial Theorem (1+x/2-2/x)^4,x!=0.

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  10. Find the expansion of (3x^2-2a x+3a^2)^3using binomial theorem.

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  11. Find a, b and n in the expansion of (a+b)^nif the first three terms ...

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  12. If the coefficients of x^2a n d\ x^3 in the expansion o (3+a x)^9 are ...

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  13. Find the coefficient of x^5in the product (1+2x)^6(1-x)^7using binomi...

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  14. If and b are distinct integers, prove that a - bis a factor of a^n-b^n...

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  15. Evaluate (sqrt(3)+sqrt(2))^6-(sqrt(3)-sqrt(2))^6dot

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  16. Find the value of (a^2+sqrt(a^2-1))^4+(a^2-sqrt(a^2-1))^4.

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  17. Find an approximation of (0. 99)^5 using the first three terms of its ...

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  18. Find n, if the ratio of the fifth term from the beginning to the fi...

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  19. Expand using Binomial Theorem (1+x/2-2/x)^4,x!=0.

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  20. Find the expansion of (3x^2-2a x+3a^2)^3using binomial theorem.

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