In a certain Algebra 2 class of 27 students, 5 of them play basketball and 12 of them play baseball. There are 2 students who pl
ay both sports. What is the probability that a student chosen randomly from the class plays basketball or baseball?
2 answers:
Answer:

Step-by-step explanation:
<h3>
Answer: 15/27</h3>
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Explanation:
- A = number of people who play basketball only
- B = number of people who play baseball only
- C = number of people who play both sports
5 play basketball, 2 play both, which means 5-2 = 3 play basketball only. So A = 3.
12 play baseball, 2 play both, which means 12-2 = 10 play baseball only. So we have B = 10.
We have A+B+C = 3+10+2 = 15 people who play one sport, or the other, or both. This is out of 27 total. So that's what leads us to the answer 15/27.
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Answer:
V = 31.5 in ^3
Step-by-step explanation:
The volume is Bh
The base is the triangle
B = 1/2 (7) *2
B = 7 in^2
Now find the volume
V = 7* 4.5
V = 31.5 in ^3
This is called the median.
4 feet? 20/5=4? Not too sure
Answer:
k < - 1
Step-by-step explanation:
28 + 3k < 5(-3-8k)
28 + 3k < - 15 - 40k
28 + 15 < - 40k - 3k
43 < - 43k
43/- 43 > k (switch signs because 43 is negative)
k < -1
<span>A={4},
the group set has only one element in it
so n (A)=1
</span>
I hope that
helps!