Answer:
<h2>
a) 0.38</h2><h2>
b) 0.62</h2><h2>
c) 0.78</h2><h2>
d) 0.03</h2><h2>
e) 0.02</h2><h2>
f) 0.62</h2><h2>
g) 0.38</h2>
Step-by-step explanation:
a)
Probability of a owner to be moved = 
= 0.379 ≅ 0.38
b)
Probability of a renter to be moved = 
= 0.62
c)
Probability of a person who moved in the same state = 
= 0.779 ≅ 0.78
d)
Probability of a person who moved to a different country = 
= 0.033 ≅0.03
e)
Probability of a owner who moved to a different country = 
= 0.02
f)
Probability of a renter moving in the same state = 
= 0.615 ≅ 0.62
g)
Probability of an owner moved to different state = 
≅0.38
Explanation
Step 1
a) let
b) b value
to find the measure of side b we can use cosine function
c) angle B
to find the measure of Angle B we can use sine function
d) side a
so, the answer is
I hope this helps you
2·(2 + 9 + 2/SIN(30°)) = 30
Answer:
The number that would represent a sample statistic of a population but not a parameter is:
O A. Neither 500 nor 50,000
Step-by-step explanation:
The reason behind this is that a parameter has to follow a certain guideline because it needs to fulfill a rule to be considered one. There has to be a correlation, so if we have no clear establishment the number can't be a parameter. Thus, 500 would be the minimum 1% to be considered as a parameter and 50,000 the whole universe of the population. They keep a correlation, therefore any number but they would be a sample statistic.
