The probability of a person being a supporter of the new community center is 56% or 0.56.
<h2 /><h2>Given to us</h2>
- 56% of voters support funding a new community center
- A surveyor randomly selects 75 voters and asks each voter if he or she is in favor of the center.
<h2>To find</h2>
the probability of a success for this binomial experiment.
We want to know the probability of a single success for this experiment. therefore,
x=1
As given to us that 56% of the voters support funding the new community center, there, the probability of a person being a supporter is 0.56.
p=0.56
Thus, the probability of a person being a supporter of the new community center is 56% or 0.56.
Learn more about binomial distribution:
https://brainly.in/question/1640230
Evaluate (2 a + b)^2/(3 b - 1) where a = -2 and b = 5:
(2 a + b)^2/(3 b - 1) = (5 - 2×2)^2/(3×5 - 1)
3×5 = 15:
(5 - 2×2)^2/(15 - 1)
| 1 | 5
- | | 1
| 1 | 4:
(5 - 2×2)^2/14
2 (-2) = -4:
(-4 + 5)^2/14
5 - 4 = 1:
1^2/14
1^2 = 1:
Answer: 1/14
it’s c
Because you do 5n+3 times 5n+3 and you get 25n^2+9
Answer:
Step-by-step explanation:
The area of a sector with measure 
in degrees is given by 
, where 
is the radius of the sector.
What we're given:
Solving, we get:
*Notes:
- units should be in square meters (area)
- the problem does not say whether to round or leave answers in term of pi, so you may need to adjust the answer depending on what your teacher specifically wants
<h3>Answer:</h3>
<h3>
Step-by-step explanation:</h3>
If 
is the midpoint of 
then 
is just half of 
and also, 
is just half of . This means that must be equal to . Essentially, 
and we can solve for the of 
from that equation.
Now we can solve for
