Write sample space `S` and number of sample points `n(S)`: Two digit number formed using digits 2, 3 and 5 without repeating the digits.

Write the sample space S and the number of sample points n(s): Two digit numbers are formed using digits 2,3 and 5 without repeating the digits.

For the following experiment write sample space 'S' and number of sample points n(S). Two digit number are formed from the digits 1, 3 and 7 where the digits are repeated .

For each of the following experiments, write the sample space S and the number of sample points n(S) : (1) One coin and one die are thrown simultaneously. (2) Two-digit numbers are formed using digits 2,3 and 5 without repeating the digits.

Find the sample space 'S' and the sample points 'n(S)': A two digit number is to be formed from the digits 0,2,4,6 without repetition of digits.

If two digit number are formed using the digits 0, 1, 2, 3, 4, 5 with repeating them, then n(S) =

Write sample space S and number of sample points n(S) : One coin and one die are thrown simultaneously.

Write sample space 'S' and number of sample point n(S) for each of the following experiments. Also write events P, Q, R in the set form and write n(P), n(Q), n(R). Two digit number are formed using digits 2, 3, 5, 7, 9 without repetition of the digits. Condition for event P : The number formed is odd . Condition for event Q : The number is a multiple of 5 . Condition for event R : The number The number formed is greater than 75.

Write the sample space S and the number of sample points n (S) for each of the following: A die is rolled

Write sample space 'S' and number of sample point 'n(S)' for the following experiment. Also write events A,B,C in the set form and write n(A), n(B), n(C): Two digit numbers are formed using digits 0,1,2,3,4,5 without repetition of the digits. Event A: The number formed is even. Event B: The number formed is divisible by 3. Event C: The number formed is greater than 50.

Two dice are rolled, write the sample space 'S' and number of sample points n(S). Also write events and number of sample points in the event according to the given condition Sum of the digits on the upper face is multiple of 5.