Jane likes to exercise daily. The table shows the number of calories y she burns by exercising steadily for x minutes. How many
calories would she burn by exercising for 29 minutes?
2 answers:
Answer:
<h2>319 cal/min.</h2>Step-by-step explanation:
The table is attached.
You can observe in the table that there's no a value for 29 minutes.
That means we need to find the linear expression and then calculate the answer.
First, we need to find the ratio of change using two pairs of the given table and the following formula, (20,220) and (40,440) are the points
The ratio of change states that Jane burns 11 calories per minute. So, after 29 minutes, she will burn
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Answer:
z = 10
Step-by-step explanation:
The value of the z-statistic is given by:
In which:
X is the measured value.
is the expected value.
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In this question:
The mean length was 2.9 inches, and the population standard deviation is 0.1 inch.
This means that
Random sample of 100 screws.
This means that n = 100.
To see if the batch of screws has a significantly different mean length from 3 inches, what would the value of the z-test statistic be?
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Start with second, third and fourth degree of imaginary unit i:
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Since 233=232+1=4·58+1, then
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Answer:
Since 233=232+1=4·58+1, then
Answer: