Answer:
digestion
Explanation:
To increase female students self-efficacy for learning car maintenance procedures. What would be an effective model?
Answer:
Hi there! Im sorry no one got to your question lately! Have a great day.
Explanation:
Which of the following is NOT a sewing machine part?
Spool pin
Sleeve board
Throat plate
Foot control
Answer:
A sleeve board...I think
Explanation:
Answer:
sleeve board
Explanation:
theres no sleeve board its a sewing ma hine not ironing board
Which is a characteristic of the PSAT?
A. If you earn a high enough score you do not need to take the SAT
B. It is made up of mostly multiple choice questions
C. You usually take it as a high-school freshman
D. You are eligible for scholarships if you take it as a high school sophomore
Consider the table below and answer the probability question. Write your answer as a percentage rounded to 1 decimal.
Kroger Wal-Mart Trader Joe's Total
South side 50 102 34 186
North side 61 92 70 223
Total 111 194 104 409
What is the probability that someone shops at Trader Joe's?
Consider the table below and answer the probability question. Write your answer as a percentage rounded to 1 decimal.
Kroger Wal-Mart Trader Joe's Total
South side 50 102 34 186
North side 61 92 70 223
Total 111 194 104 409
What is the probability that someone shops at Trader Joe's and lives on the North side?
what the answer hurry help please give brainiest
Answer:
[tex]P(Joe) = 0.3[/tex]
[tex]P(Joe\ \&\ North\ Side) = 0.2[/tex]
Explanation:
Solving (a): P(Joe)
To get this probability, we simply add up the items in the column named Joe.
These items are:
Joe: 34 and 70
And the total is:
[tex]Joe = 34 + 70[/tex]
[tex]Joe = 104[/tex]
The overall population of the system is:
[tex]Total = 409[/tex]
So:
[tex]P(Joe) = \frac{Joe}{Total}[/tex]
[tex]P(Joe) = \frac{104}{409}[/tex]
[tex]P(Joe) = 0.3[/tex]
Solving (a): P(Joe and North Side)
To get this probability, we simply get the intersecting element of Joe column and North Side row.
From the table, the intersecting element is:
Joe and North Side: 70
The overall population of the system is:
[tex]Total = 409[/tex]
[tex]P(Joe\ \&\ North\ Side) = \frac{Joe\ \&\ North\ Side}{Total}[/tex]
[tex]P(Joe\ \&\ North\ Side) = \frac{70}{409}[/tex]
[tex]P(Joe\ \&\ North\ Side) = 0.2[/tex]