Using divisibility tests- determine the following number is divisible by 11-70169308-

Question

Toppr Admin · Accepted Answer

Sum of the digits at odd places -8-3-6-0-Sum of the digits at even places-0-9-1-7-17-Difference -17-17-0-As the difference between the sum of the digits at odd places and the sum of the digits at even places is O- therefore- -70169308- is divisible by -11-

Using divisibility tests, determine the following number is divisible by $$11$$.
$$70169308$$.

Sum of the digits at odd places $$=8+3+6+0$$
Sum of the digits at even places$$=0+9+1+7=17$$
Difference $$=17-17=0$$
As the difference between the sum of the digits at odd places and the sum of the digits at even places is O, therefore, $$70169308$$ is divisible by $$11$$.

Using divisibility tests, determine the following number is divisible by $$11$$.$$70169308$$.

Sum of the digits at odd places $$=8+3+6+0$$Sum of the digits at even places$$=0+9+1+7=17$$Difference $$=17-17=0$$As the difference between the sum of the digits at odd places and the sum of the digits at even places is O, therefore, $$70169308$$ is divisible by $$11$$.

Using divisibility tests, determine the following number is divisible by $$11$$.
$$70169308$$.

Sum of the digits at odd places $$=8+3+6+0$$
Sum of the digits at even places$$=0+9+1+7=17$$
Difference $$=17-17=0$$
As the difference between the sum of the digits at odd places and the sum of the digits at even places is O, therefore, $$70169308$$ is divisible by $$11$$.