If m is a whole number. Then 2m denotes a multiple of 2.

If m is a whole number is less than 5. complete the table and by inspection of the table find the solutions of the equation 2m-5=-1 :

If f and g are two functions defined on N , such that f(n)= {{:(2n-1if n is even), (2n+2 if n is odd):} and g(n)=f(n)+f(n+1) Then range of g is (A) {m in N : m= multiple of 4 } (B) { set of even natural numbers } (C) {m in N : m=4k+3,k is a natural number (D) {m in N : m= multiple of 3 or multiple of 4 }

When we multiply a whole number and the multiplicative identity of whole numbers, then we get __________.

If m is a real number such that m^(2)+1=3m the value of (2m^(5)-5m^(4)+2m^(3)-8m^(2))/(1+m^(2))

If N=10800, find the ( i ) the number of divisors of the form 4m+2, (ii) the number of divisors which are multiple of 10(iii) the number of divisors which are multiple of 15.

MULTIPLICATION BY ZERO If a is any whole number then a xx0=0xx a=0

The angular momentum of the electron, according to Bohr's model , is the whole number multiple of ………

Let A = {phi, {phi}, {phi, {phi}}}, B = {{phi}, { {phi}}} . If m denotes the number of elements in power set of A and n denotes the number of elements in power set of B, then 2log_(n)m has the value equal to -