Answer:
Option C is correct
The initial value of the exponential function shown on the graph is, 2
Step-by-step explanation:
A function is a mathematical relation in which we input values of a domain that generate output values of a range.
Initial value of a function is the output value of the function when the input value is 0.
As shown in the graph: the exponential function cut through the point (0,2) ,
where y=2 when x=0.
therefore, the initial value of the given exponential function shown on the graph is, 2.
Yes...the person's hypothesis could be correct.
Answer:
C. Bottling plant B (with 175,000 sports drinks per day), because the daily mean will be closer to 20 fluid ounces with more sports drinks in the sample.
Step-by-step explanation:
The general rule is that the larger the sample, the closer the sample mean will be to the population mean. This happens because the standard deviation of our sample is given by the following formula:
In which is the standard deviation of the mean volume of all of this type of sports drinks and is the size of the sample. So as increases, the less variation there will be, and the closer the sample mean will be to the population mean, that is, the closer the population mean is going to be closer to a mean volue of 20 fluid ounces.
So, the correct answer is:
C. Bottling plant B (with 175,000 sports drinks per day), because the daily mean will be closer to 20 fluid ounces with more sports drinks in the sample.
Here is how to create a <span>conditional frequency table:
"1. It has to be a chart2. Has to have two variables3. Has to include the results of the variables"Picture below:
Hope this helps!
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