For any positive integer n, the sum of the first n positive integers equals n(n+1)/2. What is the...

(2:31)

Any positive odd integer is of the form 6q+1, or 6q+3 or 6q+5 [Using Euclid Division Lemma]

(4:54)

Cube of any Positive integer is of the form 9m or 9m+1 or 9m+8

(7:38)

Use Euclid's division to show that the cube of any positive integer is of form 9m,9m+1,9m+8-CLASS 10

(20:10)

Use Euclid's division lemma to show that any positive odd integer is of form 6q+1,6q+3,6q+5-Class 10

(5:9)

For any positive integer n, the sum of the first n positive integers PS03513

(4:32)

Show that cube of any positive integer is of the form 4m, 4m + 1 or 4m + 3

(14:28)

For any positive integer q, every odd integer is of the following form

(57)

I don't have any positive stimulating things in existence

(1:22:48)

Show that cube of any positive integer is of the form 9m, 9m+1 or 9m+8

(7:40)

Show that the cube of any positive integer is of the form 4m, 4m+1 or 4m+3, for some integer m.

(11:22)

#04 Show that any positive odd integer is of the form (4m+1) or (4m+3) for some integer m.

(8:54)

Prove that for any positive integer n²-n is divisible by 2

(1:18)

Show that square of any positive integer is of the form 3p or 3p+1

(9:1econd)

Ex:1.1 E-3. Show that any positive odd integer is of the form 4q + 1, or 4q + 3, where q is some int

(6:17)

100776- For any positive integer n, the sum of the first n positive integers equals ​n times n(n+1)

(1:28)

Q4-Ex1.1-Use Euclid's div. lemma square of any positive integer is either of the form 3m or 3m + 1

(4:35)

Binomial Theorem for Any Positive Integer n | Binomial Theorem | Math | Class 11th | iPrep

(58)

Quantitative Aptitude – Functions – For any positive integer n, let f(n)

(4:20)

Show that any positive odd integer is of the form 6q+1 or 6q+3 or 6q+5 || Real numbers || Class 10

(16:53)