But she would like me and I will get you to do her work on your house so I don’t know if you have any time to do that or if I have a problem I just think she is a better idea if you have her or you have a better job she is so much fun to you and I love her and I will do her love her best and she would be a
$22. Use trial and error punching in a 4th number then dividing the total by 4.
Answer:
The inequality that models the situation is 
Step-by-step explanation:
Let
x ----> represent the number of small candles
y ----> represent the number of large candles
we know that
The inequality that represent this situation is equal to
using a graphing tool
The solution is the shaded triangular area, because the number of candles cannot be a negative number
see the attached figure
First ypu solve the yintercept amd then the x intercept
This is a binomial probability experiment. Each trial is independent of one another, ie each roll is independent. The probability of getting an even number is 3/6 = 1/2 = 0.5 and that probability does not change from roll to roll. Furthermore, the value of n is fixed and not infinitely large. Lastly, each trial outcome comes down to two choices: either you get an even number, or you don't. So we've met the requirements of a binomial probability distribution.
The values of n, p and q are:
- n = 30 = sample size
- p = 0.5 = probability of getting an even number
- q = 0.5 = probability of not getting an even number.
