Digit in units place of the number `(2002)^(2001)+(604)^(3907)-(1993)^(2002)` is

The digit at the unit place of the number (2003)^(2003) is

The digit in the unit place of the number (183)!+3^(183) is

The digit in the units place for the cube of the number 12345678 is ____________

Solve : (x^(2002)+10x^(2001))/(10x^(2000))=957.9

The digit in the units place for the cube of the number 1234567 is ______ .

The digit in the unit’s place of a number is equal to the digit in the ten’s place of half of that number and the digit in the tens lade of that number is less than the digit in unit’s place of half of the number by 1. If the sum of the digits of the digits of the number is 7, then what is the number? a. 34 b. 162 c. 52 d. Data inadequate e. None of these

I the digit in the unit’s place of a two digit number is halved and the digit in ten’s place is doubled the number thus obtained is equal to the number obtained by interchanging the digits. Which of the following definitely true? a. Sum of the digits is as two digit number. b. Digit in the unit’s place is half of the digit in the tens place. c. Digit in the unit’s place and the ten’s place are equal. d. Digit in the units’ place is twice the digit in the ten’s place.

The digit in the units place for the cube of a four digit number of the form xyz8