[" Let "a=111-......-1quad (55" digits "...

[" Let "a=111-......-1quad (55" digits ")],[qquad [b=1+10+10^(2)+10^(3)+10^(4)],[c=1+10^(5)+10^(10)+----+10^(50)" then "],[qquad [0=b+c],[2,C=ab]],[" 4"quad a=bc]]

Similar Questions

Explore conceptually related problems

Let a = 111 cdots 1 (55 digits ) , b=1 + 10 + 10^(2)+ cdots+ 10^(4) c= 1+10^(5) +10^(10)+ 10^(15) + cdots+ 10^(50) then

If a = underset(55 "times")underbrace(111.....1), b= 1+10+10^(2)+10^(3)+10^(4) and c=1+10^(5)+10^(10)+……+10^(50) then

If a = underset(55 "times")underbrace(111.....1), b= 1+10+10^(2)+10^(3)+10^(4) and c=1+10^(5) +10^(10)+ .. ..+10^50 then prove that a=bc

If a = underset(55 "times")underbrace(111.....1), b= 1+10+10^(2)+10^(3)+10^(4) and c=1+10^(5)+10^(10)+.+10^50 then prove that a=bc

If a=underset("55 times")ubrace("111................1,") b=1+10+10^(2)+10^(3)+10^(4) and c=1+10^(5)+10^(10)+....+10^(50) , then

Let a=111 1(55d igi t s),b=1+10+1=^2++10^4,c=1+10^5+10^(10)+10^(15)++10^(50), then a=b+c b. a=b c c. b=a c d. c=a b

10 C_(1)+10 C_(3) +10 C_(5) +10 C_(7) +10 C_(9) = …….

int_(0)^(10)(x^(10))/((10-x)^(10)+x^(10))dx is equal to a)10 b)5 c)2 d)1/2

The fraction equivalent to 1 2/3 is (a) (10)/3 (b) 3/5 (c) (10)/6 (d) 6/(10)