When a product is raised to a power, it is equal to the product of each factor raised to that power. Show that this rule does no
1 answer:
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Answer:
Monday he walked
Wednesday he walked
Friday he walked
Step-by-step explanation:
Given Mason walked on Monday, Wednesday and Friday. These distances were six-eights mile, one-fourth mile, and one-sixth mile. He did not walk the farthest on Monday. He walked less on Friday than Monday. we have to find how far he walked each day.
distances are that are 0.75, 0.25 and 0.17 respectively.
Now, he didn't walk farthest on Monday and also walked less on Friday than Monday.
∴ Less distance travelled is which is on friday and then
on monday.
Rest distance which is on wednesday.
Hence, Monday he walked
Wednesday he walked
Friday he walked
Answer:
0.58 = 58% probability she passes both courses
Step-by-step explanation:
We can solve this question treating the probabilities as a Venn set.
I am going to say that:
Event A: She passes the first course.
Event B: She passes the second course.
The probability she passes the first course is 0.67.
This means that
The probability she passes the second course is 0.7.
This means that
The probability she passes at least one of the courses is 0.79.
This means that
a. What is the probability she passes both courses
This is .
We use the following relation:
So
0.58 = 58% probability she passes both courses