(666......n" digits ")^(2)+(888......n" digits ")=

(666 ..... ndigits) ^ (2) + (888 ..... ndigits) =

Prove that (666 …. "to n digits")^(2) + (888 …. To n digits ) = (444 … to 2n digits ).

STATEMENT -1: (666...n digit)^2+(888... ndigit)=(444....2ndigits) STATEMENT- 2 (111....1) 12 times is a prime number. (A) STATEMENT-1 is True, STATEMENT-2 is True ; STATEMENT-2 is a correct explanation for (B) STATEMENT-1 is True, STATEMENT-2 is True; STATEMENT-2 is NOT a correct explanation for (C) STATEMENT-1 is True, STATEMENT-2 s False .n digits+ (888. digits) (44 .2n digits) 2 is a prime number 12 times n H.P., wherea STATEMENT-1 STATEMENT-1 STATEMENT-1 is False, STATEMENT-2 is True (D)

Show that (666 ...n "times")^(2) +(888.... N times) =(444.... 2n times).

Prove that the number (444.........4)/(ndigit),(888..........89)/((n-1)digit) is a perfect square of the number (666.......6)/((n-1)digit)7

(666...n times)^2 +(888..n times) is equal to ___

underset("n-digits")((666 . . . .6)^(2))+underset("n-digits")((888 . . . .8)) is equal to

underset("n-digits")((666 . . . .6)^(2))+underset("n-digits")((888 . . . .8)) is equal to