Answer:
He expects that his bonus will be $210,000.
Step-by-step explanation:
For each plate appearence, there are only two possible outcomes. Either he gets on base(base hit or bases-on-balls), or he does not. The probability of getting on base on each plate appearence is independent of other plate appearences. So we use the binomial probability distribution to solve this question.
Binomial probability distribution
Probability of exactly x sucesses on n repeated trials, with p probability.
The expected value of the binomial distribution is:
600 plate appearances this year
So n = 600.
Expected number of hits
So
Expected number of base on balls.
So
Bonus
$1,000 for each hit and $100 for each base-on-balls he gets.
200*1,000 + 100*100 = 210,000
He expects that his bonus will be $210,000.
Answer:
10 days.
Step-by-step explanation:
to find what you multiply from 400 to get to 4000, you divide 4000 by 400, which is 10, plug that in, 400 pounds x 10 days = 4000 pounds.
10^6 in standard form = <span>1,000,000
answer
</span><span>1,000,000</span>
Answer:
a) $25.5
b) $34.37
Step-by-step explanation:
Requirement A
We know that decimal means a system of numbers based on the fraction. We can write the decimal in the form of dot or tenth, hundredth, and so on.
For the first number, as the question suggests, to take one decimal place, therefore, the answer will be $25.5.
After one decimal place, if the next number is 5 or more, the previous position of the number will be added by 1. Therefore, the decimal place of 4 will become 5 = (4+1).
Requirement B
For the second number, as the question suggests, to take two decimal places, therefore, the answer will be $34.37.
In this question, we cannot add 1 with the second decimal place of the number that is 7 because the third decimal place is less than 5. Therefore, it will remain the same as 7. So we can conclude that less than 5 cannot help adding 1 with the previous decimal place.
Answer:
b
Step-by-step explanation:
y intercept is 2 and the rise over run is 1 and 3
