Answer:
The first table is the only table representing a linear function.
Step-by-step explanation:
<em>" You can tell if a table is linear by looking at how X and Y change. If, as X increases by 1, Y increases by a constant rate, then a table is linear. You can find the constant rate by finding the first difference. This table is linear."</em>
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<em>P.S.</em>
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<em>( thanks to G00GLE for the anwers, hat's off to the internet :^) </em>
Answer:
slope = - 5/2
y-intercept = (0,-5)
Step-by-step explanation:
The third one and i think your classmate just posted this same thing because i just saw it
No, it wouldn’t be. there is no whole, so there is no way. except if she reads half a page for two days. :)
Answer:
There are 11 g of drink mix for every ounce of water.
Step-by-step explanation:
In order to calculate the unit rate in grams of drink mix for ounces of water of any type of drink, we need to divide the mass of drink mix in grams by the mass of water in ounces. In this case there are mixed fractions, we will first convert them to fractions, to do that we sum the fraction part with the integer one.


The rate is:

There are 11 g of drink mix for every ounce of water.