Find the factors of 360 which are in the form `(4k+1)[k->`non-negative integer]

Find the even factors of 360

Find the number of factors of 360

The number of divisors of 12780 which are of the form (4k+2),k in W is

Let p and q be non-zero integers. Consider the polynomial A(x)=x^(2)+px+q It is given that (x-m) and (x-km) are simple factors of A(x), where m is a non-zero integer and k is a positive integer, k ge 2 . Which one of the following is correct?

Find the intervals of decrease and increase for the function f(x)="cos" pi/x - (k being a non-negative interger)

Which of the following statement are true? (i) The product of a positive and negative integer is negative. (ii) The product of three negative integers is a negative integer. (iii) Of the two integers, if one is negative, then their product must be positive. (iv) For all non-zero integers a and b , axxb is always greater than either a or b. (v) The product of a negative and a positive integer may be zero. (vi) There does not exist an integer b such that for a gt1, axxb=bxxa=b.

Which of the following statement are true? (i) The product of a positive and negative integer is negative. (ii) The product of three negative integers is a negative integer. (iii) Of the two integers, if one is negative, then their product must be positive. (iv) For all non-zero integers a and b , axxb is always greater than either a or b. (v) The product of a negative and a positive integer may be zero. (vi) There does not exist an integer b such that for a gt1, axxb=bxxa=b.

Prove that an integer which can be expressed in the form of 6k+5 can be also expressed in the form of 3k-1.