@sonamaries7 said:A no N expressed to the base 5 is 232323...a total of 100 digits. What is the rem when N^4231 is divided by 4?0124
is it 1 sonamaries ;)
@sonamaries7 said:A no N expressed to the base 5 is 232323...a total of 100 digits. What is the rem when N^4231 is divided by 4?0124
@sonamaries7 said:A no N expressed to the base 5 is 232323...a total of 100 digits. What is the rem when N^4231 is divided by 4?0124
@sonamaries7 said:A no N expressed to the base 5 is 232323...a total of 100 digits. What is the rem when N^4231 is divided by 4?0124
@sonamaries7 said:A no N expressed to the base 5 is 232323...a total of 100 digits. What is the rem when N^4231 is divided by 4?0124
@Brooklyn said:2??
@Torque024 said:How come the option have 4 I'm getting 3. Please someone clarify. :/
@sonamaries7 said:thats for u guys to solve ...the soln isnt clear to me ...@krum : kahan hai!?
@sonamaries7 said:A no N expressed to the base 5 is 232323...a total of 100 digits. What is the rem when N^4231 is divided by 4?0124
@sonamaries7 said:A no N expressed to the base 5 is 232323...a total of 100 digits. What is the rem when N^4231 is divided by 4?0124
@gs4890 said:how ?
@gautam22 said:usko solve karoge end mein 48 aayega ...therefore 0
@chillfactor said:N = 232323....23 (100 digits) in base 5= 2*5^99 + 3*5^98 + .... + 2*5 + 3Now, 5 ż leaves remainder 1 when divided by 4So, N will leave remainder 2 + 3 + 2 + 3 + .... + 2 + 3 (100 terms) = 5*50 = 250means N will leave remainder 2 when divided by 4, hence N is an even number(Even number)^4231 will be divisible by 4So, remainder will be 0
@chillfactor said:N = 232323....23 (100 digits) in base 5= 2*5^99 + 3*5^98 + .... + 2*5 + 3Now, 5 ż leaves remainder 1 when divided by 4So, N will leave remainder 2 + 3 + 2 + 3 + .... + 2 + 3 (100 terms) = 5*50 = 250means N will leave remainder 2 when divided by 4, hence N is an even number(Even number)^4231 will be divisible by 4So, remainder will be 0
@naga25french said:when a number in base n is divided by n -1 , divisibility rule is sum of digits of N should be divisible by n -1232323...a total of 100 digits --> sum is (2+3) * 50 = 250250 in base 5 is 20002000 / 4 is perfectly divisible ..so 0
@naga25french said:when a number in base n is divided by n -1 , divisibility rule is sum of digits of N should be divisible by n -1232323...a total of 100 digits --> sum is (2+3) * 50 = 250250 in base 5 is 20002000 / 4 is perfectly divisible ..so 0
@gautam22 said:sir 2*5^99 + 3*5^98 + .... + 2*5 + 3....ko solve karenge to end mein 48 aayega.....aise bhi to ho sakta hai?
@Torque024 said:(Even number)^4231 will be divisible by 4 (2)^4231 mod 4 =2 ? Am I right sir?
@chillfactor said:2^4231 (isn't it divisible by 4??? )