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Statement 1: Remainder w h e n3456^2222 ...

Statement 1: Remainder `w h e n3456^2222` is divided by 7 is 4. Statement 2: Remainder `w h e n5^2222` is divided by 7 is 4.

A

Both the statements are TRUE and STATEMENT 2 is the correct explanation of

B

Both the statements are TRUE but STATEMENT 2 is NOT the correct explanation of

C

STATEMENT 1 is TRUE and STATEMENT 2 is FALSE.

D

STATEMENT 1 is FALSE and STATEMENT 2 is TRUE

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The correct Answer is:
A
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VMC MODULES ENGLISH-BINOMIAL THEOREM-LEVEL 1
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  4. The remainder, if 1+2+2^2++2^(1999) is divided by 5 is.

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  5. The value of ((""^(50)C(0))/(1)+(""^(50)C(2))/(3)+(""^(50)C(4))/(5)+…....

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  6. In the expansion of (1+x+x^3+x^4)^10, the coefficient of x^4 is ^40C4 ...

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  7. Let S1=sum(j=1)^(10)j(j-1)^(10)Cj ,""S2=sum(j=1)^(10)j""^(10)Ci "andS"...

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  8. Find underset(r=0) overset(10)sumr^ (10)C(r).3^(r).(-2)^(10-r)

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  12. If (1!)^(2) + (2!)^(2) + (3!)^(2) + "…….." + (99!)^(2) is divided by 1...

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  14. The value of underset(r=0)overset(40)sumr.^(40)C(r).^(30)C(r) is

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  17. If (1+x)^(n) = C(0) + C(1) xm + C(2)x^(2) + "……" + C(n)x^(n), then ...

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  18. Statement 1: Remainder w h e n3456^2222 is divided by 7 is 4. Statemen...

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  19. If R is remainder when 6^(83)+8^(83) is divided by 49, then the value ...

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