Answer:

Step-by-step explanation:
Let R be the amount of money Hillel raises is a function of t, the length of his performance in minutes.
We have been given that Hillel raises $15 for each minute of juggling performance. This means that change in amount of money with every minute of juggling performance is 15, so slope of our line will be 15 and money raised in t minutes of performance will be 15t.
His initial appearance raises $500, so 500 will be our y-intercept.
The total money raised by Hillel after t minutes of juggling performance will be:
.
Since we know that line of an equation in slope-intercept form is:
, where,
m = slope of line,
b = y-intercept.
We are also given that R is a function of t, so substituting our given values in slope-intercept form of equation we will get our function formula as:

Therefore, the function
gives the amount R of money Hillel raises in t minutes of juggling performance.
Answer:
the first choice
Step-by-step explanation:
-0.8 is the smallest number considering it is negative.
-1/3 is negative too, but it is not as much at -0.8 since when reduced to a decimal, it's would be -0.3334 (rounding up).
2/3 is not as much as 1 since it is not a whole number.
1 is the biggest number in the graph.
52=24 + b
to find b, you just subtract (52-24)
28 to 24 is our ratio
we can simplify this (just like fractions!) since both are even, let’s do it by 2!
28/2 = 14 and 24/2 = 12
simplify once more and you get our ANSWER: 7:6
Answer: The maximum is 145000 and the minimum is 55,000 eggs
Step-by-step explanation: