Question

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Answer 1

Step-by-step explanation:

Let n=6q+5 , where q is a positive integer.

We know that any positive integer is of the form 3k , 3k+1 , 3k+2.

Now , if q=3k then,

n=6(3k)+5=18q+5=18q+3+2

n=3(6q+1)+2

n=3m+2 where m=6q+1

Now, if q=(3k+1)

n=6(3k+1)+5

n=18q+6+5

n=18q+9+2

n=3(6q+3)+2

n=3m+2 , where m=6q+3

Now , if q=3k+2

n=6(3k+2)+5

n=18q+12+5

n=3(6q+5)+2

n=3m+2 , where m=(6q+5)

Therefore , if a positive integer is of the form 6q+5 then it is of the form 3q+2.

Now let n=3q+2 , where q is a positive integer.

We know that any positive integer is of the form 6q , 6q+2 , 6q+3 , 6q+4 , 6q+5

Now, if q=6q

n=3q+2

n=3(6q)+2

n=18q+2

n=2(9q+1)

n=2m

Here clearly we can observe that 3q+2 is not in the form of 6q+5.

Hence we can conclude that if a positive integer is of the form 6q+5 , then it is of the form 3q+2 but not conversely.

Hope it Will Help you...✌️✌️

Answer 2

Answer:

Let  n=6q+5, where q is a positive integer. 

We know that any positive integer is of  the form q=3k or, 3k+1 or, 3k+2

If q=3k, then

n=6q+5=18k+5=3(6k+1)+2=3m+2, where m=6k+1

If q=3k+1, then

n=6q+5=6(3k+1)+5=3(6k+3)+2=3m+2, where m=6k+3

If q=3k+2, then

n=6q+5=6(3k+2)+5=3(6k+5)+2=3m+2, where m=6k+5.

Step-by-step explanation:

Hope this helps..

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