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Please help me thank you I’ll send tutor a chart that goes with the question

Please help me thank you I’ll send tutor a chart that goes with the question-example-1
Please help me thank you I’ll send tutor a chart that goes with the question-example-1
Please help me thank you I’ll send tutor a chart that goes with the question-example-2
User Elhoej
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1 Answer

5 votes

Answer:

As time increases, the number of flyers Justin has increased.

3 flyers per minute

62 flyers at t

Step-by-step explanation:

Based on the table, we can see that when the time is greater the number of flyers is also greater. So, as time increases, the number of flyers Justin has increased.

Then, to know the rate, we need to use two columns of the table, so the rate will be equal to:


(Flyers_2-Flyers_1)/(Time_2-Time_1)

So, if we replace Time1 by 10, Flyers1 by 92, Time2 by 15, and Flyers2 by 107, we get:


\text{rate}=(107-92)/(15-10)=(15)/(5)=3

Therefore, the rate is 3 flyers per minute.

Now, to know how many flyers he has when he started printing, we need to extend the table. We see that every 5 minutes, the flyers increase by 15. So, at 0 and 5 minutes the number of flyers was:

Time 0 5 10

Flyers 77-15 = 62 92-15 = 77 92

Therefore, the number of flyers that he has when he started printing was the number of flyers at 0 minutes. So the answer of part b is 62 flyers

User Vliu
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