Question

0

Answer 1

Well, n is there for the number of terms.
Number of terms can be 1 2 3 4 and so on.
So what do you think ?

Answer 2

All integers where n ≥ 1 ?

Answer 3

YES !!!!

Answer 4

very good job :)

Answer 5

another one?

Answer 6

I like your username

Answer 7

Yes

Answer 8

Given the arithmetic sequence a_n = −5 + 3(n − 1), what is the domain for n? and thnx

Answer 9

well the domain for n is always the same.

Answer 10

You always start counting terms in the sequence from 1.

Answer 11

oh so the same answer as before?

Answer 12

thank you soo much @SolomonZelman

Answer 13

Anytime:) \(\normalsize\color{blue}{ sojnogn }\)

Answer 14

I can give you a quick latex tutorial if you want to;) But if you don't .... :)

Answer 15

what do u mean? :)

Answer 16

\(\bbox[8pt, yellow ,border:8px solid black]{\LARGE\text{ like    ↓ this }}\)

Answer 17

what ? there's nothing below the arrow.

Answer 18

\(\huge\color{ blue }{\huge {\bbox[5pt, cyan ,border:2px solid purple ]{ \rm~~or~~this}}}\)

Answer 19

I typed arrow by an accident

Answer 20

`\(\huge\color{ blue }{\huge {\bbox[5pt, cyan ,border:2px solid purple ]{ \rm~~this}}}\) `
would give this,

\(\huge\color{ blue }{\huge {\bbox[5pt, cyan ,border:2px solid purple ]{ \rm~~this}}}\)

Answer 21

i'm sorry. i'm sooo confused right now. :)

Answer 22

oh that's cool

Answer 23

You can change the text, and ~ is space

Answer 24

http://openstudy.com/study#/updates/51fbcbade4b0cc46c14a461d is the link with all of this stuff.

Answer 25

you can take a look at it late or now.