@vbhvgupta said:How many natural number not exceeding 4321 can be formed with the digits 1,2,3 and 4 if the digits can repeat.
3.4^3 + 2.4^2 + 4 + 1 = 229 ? (Considering 4 digit numbers only )
@vbhvgupta said:How many natural number not exceeding 4321 can be formed with the digits 1,2,3 and 4 if the digits can repeat.
@Budokai001 said:Editing ...4 Digit nos= 2291xxx -> 64 nos2xxx -> 643xxx-> 6441xx ->1642xx ->16431x ->44321 ->1
@vbhvgupta said:Buddy u didnt consider 1,2 and 3 digit nos.....
One from my side
A positive integer is the nth multiple of p (n>1) and its reverse is (n^2-1)th multiple of (p+1).Which of the following is the number ?
a)1008
b)7201
c)4012
d)2004
@Budokai001 said:One from my sideA positive integer is the nth multiple of p (n>1) and its reverse is (n^2-1)th multiple of (p+1).Which of the following is the number ?a)1008b)7201c)4012d)2004
@Budokai001 said:One from my side
A positive integer is the nth multiple of p (n>1) and its reverse is (n^2-1)th multiple of (p+1).Which of the following is the number ?
a)1008
b)7201
c)4012d)2004
@vbhvgupta said:How many natural number not exceeding 4321 can be formed with the digits 1,2,3 and 4 if the digits can repeat.
@vbhvgupta said:How many natural number not exceeding 4321 can be formed with the digits 1,2,3 and 4 if the digits can repeat.
@Budokai001 said:One from my sideA positive integer is the nth multiple of p (n>1) and its reverse is (n^2-1)th multiple of (p+1).Which of the following is the number ?a)1008b)7201c)4012d)2004
(16!+91 ) %323 equals ?
@Budokai001 said:
(16!+91 ) %323 equals ?