The probability distribution of the number of loaves of bread sold in a bakery in a week based on past data is given below. Iden
1 answer:
Response:
In this case, the expected value for the random variable is 142.63, rounded to the nearest integer gives 143. This figure represents the amount of loaves of bread sold over a week
Detailed explanation:
For this scenario, the following distribution is provided:
X: 100 148 135 200
P(X): 0.25 0.36 0.21 0.18
The expected value can be defined as:
And substituting values produces:
Consequently, the expected value for the random variable is calculated at 142.63, rounded gives 143, denoting the loaves sold weekly
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Answer:
Binomial probability, with
Step-by-step explanation:
Each time Mookie Betts stepped up to bat, there were only two possible results: either he achieved a base hit or he didn't. The odds of hitting during each at-bat remain unaffected by prior attempts. Therefore, the binomial probability distribution applies to tackle this problem.
Binomial probability distribution
The chance of getting exactly x successes over n trials, considering p probability.
His batting average stood at 0.352.
This indicates that
Let's assume he bats five times in tonight's matchup against the Yankees.
This means that
a. This showcases what type of probability
Binomial probability, with
This question reveals an intriguing pattern.
The rule or pattern to follow here is:
For the left side of the number compared to its predecessor: (First digit x Third digit + 1)
For the right side: (Second digit x Fourth digit -1)
For instance, consider 6447. Next, let's examine its previous number, 9876.
Now, and
that's how we arrived at 6447
Next, for the third number, 2527, let's look at its previous number, 6447
Now,
and
that's how we reached 2527
Following the same reasoning, the missing number should be 534.
This conclusion came from applying the rule of the pattern as:
and
Thus, we derived 534.