Answer:
b 20.6
Step-by-step explanation:
Answer:
Expected value would be $ 0.896
Step-by-step explanation:
Given,
The price of the lottery ticket = $44800000,
Also, the probability of winning the grand prize = .000000020,
Thus, the expected value of the lottery ticket = value of the lottery ticket × probability of getting the lottery ticket
= 44800000 × .000000020
= $0.896
Note : value of lottery ticket = prize amount - cost of each ticket,
Here the cost price of a ticket is not given,
That's why we did not consider it.
Well the best answer for LCD is
is 5(x+3y) and the best answer for LCD is
is 2(x+3y)
I hope this helps!
Assume that the budget is n.
Now we are given that 120% of the budget is equal to $60.
This means that:
60 = 1.2n
Solve the equation for n to know the budget:
60 = 1.2n
n = 60 / 1.2 = 50
Based on the above calculations, Jada's budget is 50$
Here, Your Equation is : 7 + 5x < 70
Out of all the options, the best situation which fits best with the given equation is: "<span>You have $ 60 to buy your friends lunch. If each lunch costs $ 5 and you plan to share You have $60 to buy your friends lunch. If each lunch costs $5 and you plan to share a $ 7 dessert comma$7 dessert, how many friends can you bring question mark how many friends can you bring"
In short, Your Answer would be Option B
Hope this helps!</span>
