Permalink Submitted by Anonymous on August 18, 2013

Same Method is applicable for all the numbers with all ODD number of digits (digits of the number taken in decreasing order) , greater than 3 (of course). Consequently, the outcomes vary according to number of digits.
Let the number of digits be (2*N+1), where N=1,2,3,4...
Then, the corresponding magic number is given by;

11*10^(N-1)*[10^(N+1)-1]
If N=1; THREE digit number; 11*1*(100-1)=11*99=1089

If N=2; FIVE digit numbers; 11*10*[1000-1}=109890
1. 87542-24578=62964
62964+46926=109890.

2. 85421-12458=72963
72963+36927=109890

Similarly for 7, 9 11, 13....
Cool. Isn't it?
Hoping that you got it,
Alanka Anil Kumar™

## Apply 11*10^(N-1)*[10^(N+1)-1]

Same Method is applicable for all the numbers with all ODD number of digits (digits of the number taken in decreasing order) , greater than 3 (of course). Consequently, the outcomes vary according to number of digits.

Let the number of digits be (2*N+1), where N=1,2,3,4...

Then, the corresponding magic number is given by;

11*10^(N-1)*[10^(N+1)-1]

If N=1; THREE digit number; 11*1*(100-1)=11*99=1089

If N=2; FIVE digit numbers; 11*10*[1000-1}=109890

1. 87542-24578=62964

62964+46926=109890.

2. 85421-12458=72963

72963+36927=109890

Similarly for 7, 9 11, 13....

Cool. Isn't it?

Hoping that you got it,

Alanka Anil Kumar™