Consider the two groups listed below. Which statement describes the sets? (2 points) the length of a swimming pool the liquid volume of the pool The relation (length, volume) is a function, but the relation (volume, length) is not. The relation (volume, length) is a function, but the relation (length, volume) is not. Neither the relation (length, volume) nor the relation (volume, length) is a function. Both the relation (length, volume) and the relation (volume, length) are functions.
@Austin.L
@brooke..help00
I think D. (Not completely sure)
I think the same as well. As one goes up the other goes up.
A certain bank assigns one unique number to each savings account. The amount of savings in each account depends on how much the owner deposits into the account. The interest paid on each account depends on how much money is in the account. Which of these relations is not a function? (2 points) (savings account number, interest paid) (savings account number, amount in savings account) (interest paid, amount in savings account) (interest paid, savings account number
last one
i think its C
@brooke..help00
A. (I think) What do you think @Austin.L
I honestly don't know, that's why I wasn't responding. I haven't done math in a while and I don't want to lead him astray.
Oh, ok. I have seen the chat area. You ok?
Lmao, yeah. It happened like 2-3 years ago :'D
Honestly I was getting kind f angry toward Ig (Not typing full username)
Honestly I was getting kind f angry toward Ig (Not typing full username)
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