The number of bacteria, b, in a refrigerated food is given by the function b(t) = 15t2 − 60t + 125, where t is the temperature o
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The constant speed of Fast Freddy is 0.25 miles per minute and the constant speed of Speedy Sam is 0.125 miles per minute
<h3>The complete question</h3>The question is incomplete as the graphs and the tables are missing.
However, the points given in the question can be used to represent the graph and the table
<h3>The slopes of the graph and the table?</h3>By interpreting the points, we have:
<u>Graph</u>
(x, y) = (0, 0) and (4, 1)
<u>Table</u>
x y
4 0.5
20 2.5
32 4
The slope is calculated using:
So, we have:
Graph:
Table:
Freddy's speed is represented by the graph, while Sam's speed is represented by the table
Hence, the constant speed of Fast Freddy is 0.25 miles per minute and the constant speed of Speedy Sam is 0.125 miles per minute
<h3>Who ran faster?</h3>Freddy ran faster because 0.25 is greater than 0.125
Read more about graphs and tables at:
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