Answer:
10 Milk chocolates
8 dark chocolates
6 white chocolates
24 TOTAL
\frac{10}{24} Probability that Hanissa choose a milk chocolate
Now, since she has already eaten one chocolate, then what's left is 23 chocolates.
So, since the second one should be a white chocolate and there are 6 of them, then
\frac{6}{23} - probability of choosing a white chocolate.
Then, multiply,
( \frac{10}{24} )( \frac{6}{23} )= \frac{60}{552} or \frac{5}{46}
Answer: 5/46 or 10.87%
Step-by-step explanation:
Answer:
-17
Step-by-step explanation:
-18-12+(24/-8)-2(-15+10)
-18-12(-3)-2(-5)
-18-9-2(-5)
-27-2(-5)
-27+10
-17
I hope this helps! Please mark as brainliest! :D Good Luck! :)
Answer:
78.88%
Step-by-step explanation:
We have been given that
The z-score formula is given by
For
For
Now, we find the corresponding probability from the standard z score table.
For the z score -1.25, we have the probability 0.1056
For the z score 1.25, we have the probability 0.8944
Therefore, the percent of the trees that are between 20 and 30 years old is given by
0.8944 - 0.1056
= 0.7888
=78.88%
Answer:
b. 1/6
c. 6^-1
d. 1/6^1
Step-by-step explanation:
<u>Calculation:</u>
- 6^4(6^-5) = 6^(4-5) = 6^-1 = 1/6
<u>Correct options:</u>
Answer:
Given the statement:Suppose that 216 students attended school one day, and 62 percent of them ate the school's breakfast.
Total number of students attended school = 216 students.
and 62% of them ate the school breakfast that day.
Now, to calculate the number of students ate the breakfast that day.
Proportion states that the two ratios or fraction are equal.
Let x represents the number of students ate the breakfast that day.
then, by using proportion;
Multiply both sides by 216 we get;
Simplify:
therefore, the number of students ate the school breakfast that day(to the nearest whole number) is, 134 students.