SOLUTION: A juice bottling machine i lls 1200 bottles per minute.
• Graph the number of bottles i lled versus the time (in minutes) the machine runs.
• Is this model a direct variation?
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-> SOLUTION: A juice bottling machine i lls 1200 bottles per minute.
• Graph the number of bottles i lled versus the time (in minutes) the machine runs.
• Is this model a direct variation?
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Question 647451: A juice bottling machine i lls 1200 bottles per minute.
• Graph the number of bottles i lled versus the time (in minutes) the machine runs.
• Is this model a direct variation? If so, what is the constant of variation? Answer by MathLover1(20855) (Show Source):
You can put this solution on YOUR website! in this problem, all it's asking is for you to graph the problem
if it graphs
then that means in minute, you have bottles which is where you get (,)
it already tells you that time is the
you continue adding every minute so for minutes you have (,)
then once you graph a few dots and them, you see you have a linear function, which is
if you are adding every minute, then the of variation is
