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The answer is 8884.37 times<span>
In many cases, B is approximately proportional to the three-quarters power of M:
</span>
<span>
Elephant:
M1 = 4.6 mt = 4.6 * 1,000,000 g = 4,600,000 g
</span>
<span>
Mouse
</span>M2 = 25 g
<span>determine how many times greater the metabolic rate of an elephant is than that of a mouse:
B1/B2 = </span>99327.24 / 11.18 = 8884.37 times
In many cases, B is approximately proportional to the three-quarters power of M:
</span>
<span>
Elephant:
M1 = 4.6 mt = 4.6 * 1,000,000 g = 4,600,000 g
</span>
<span>
Mouse
</span>M2 = 25 g
<span>determine how many times greater the metabolic rate of an elephant is than that of a mouse:
B1/B2 = </span>99327.24 / 11.18 = 8884.37 times
Using the arrangements formula, the probability of the butterscotch, cinnamon, and then chocolate candies eaten in this particular order is:
.
The number of possible arrangements of n elements is given by the factorial of n, that is:
In this problem, there are 3 candies, hence the number of ways they can be eaten is:
The desired order is only one, hence the probability is:
.
More can be learned about the arrangements formula at brainly.com/question/24648661
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