The bigger quantity out of the given amounts is required.
17 qt is bigger than 4 gal.
The given amounts are 17 qt and 4 gal
Let us convert quarts to gallons so that we can compare the same units.
The conversion factor is
For 17 qt
So, the quantities are 4.25 gal and 4 gal.
4.25 gal is greater than 4 gal.
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Answer:
k = -2
Step-by-step explanation:
-5 + 7k = -19
7k = -14
k = -2
The states of nature must be mutually exclusive and collectively exhaustive.
The states of nature in decision theory are defined as mutually exclusive and collectively exhaustive, meaning that they are the only possible outcomes of a chance event, and only one of them can occur at a given time.
In other words, the states of nature represent all the possible outcomes of a chance event, and they are mutually exclusive because they cannot occur simultaneously. For example, if the states of nature are "rain" and "no rain," then either it will rain or it will not rain at a given time, but not both.
The term "collectively exhaustive" means that the set of states of nature includes all possible outcomes, so that there are no other possibilities beyond the ones listed. This ensures that the decision maker has considered all possible outcomes when making a decision.
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OB. $207.20
C. $224.60
OD. $212.50
To calculate how much money Jose made from selling his shares, we need to know the number of shares he sold.
To calculate the amount of money Jose made, we need to know the number of shares he sold. Let's say he sold x number of shares. Since he sold all of his shares at $128.34 per share, the total amount of money he made can be calculated by multiplying the price per share by the number of shares: $128.34 * x = total amount made. Without knowing the number of shares, we cannot determine the exact amount Jose made.
Answer:
E[X] = (np) (p+(1-p))^(n-1)
With n =10,000 and p=0.50 we get
E[X]= (10,000*0.50) (0.50+(1–0.50))^(10,000–1)
E[X] = 5,000(1)
So assuming the coin is fair (p=50%), then we can expect to get heads 5,000 times when the coin is tossed 10,000 times.
Step-by-step explanation: