Answer: (0.076, 0.140)
Step-by-step explanation:
Confidence interval for population proportion (p) is given by :-

 , where  = sample proportion.
 = sample proportion.
n= sample size.
 = significance level .
 = significance level .
 = critical z-value (Two tailed)
 = critical z-value (Two tailed)
As per given , we have
sample size : n= 500
The number of Independents.:  x= 54
Sample proportion of Independents
Significance level 98% confidence level :  
 
By using z-table , Critical value :  
 
The 98% confidence interval for the true percentage of Independents among Haywards 50,000 registered voters will be :-

Hence, the 98% confidence interval for the true percentage of Independents among Haywards 50,000 registered voters.= (0.076, 0.140)
 
        
             
        
        
        
I think your question isn’t phrased well
        
             
        
        
        
28:13 is the answer i’m pretty for sure
        
             
        
        
        
Every straight line graph has an equation in the same form:
             y  =  (slope of the line) x  +  (y-intercept) .
-- The slope of the line is 
     (how far it goes UP, going left to right between any 2 points)
divided by
     (how far it goes left to right between the same 2 points) .
The line on this graph has a slope of  + 1/2 .
-- The y-intercept is the point where the line crosses the y-axis.
The line on this graph crosses the y-axis at  -1 .
                       y  =  (slope of the line) x  +  (y-intercept) .                      
                       y  =      ( 0.5 ) x                            ( - 1 ) .
        
                    
             
        
        
        
Answer:
C
Step-by-step explanation:
A
(m² - 3m + 2) / (m² - m)
we see due to a little bit of experience with expressions and multiplications of expressions that
(m² - 3m + 2) = (m - 2)(m - 1)
(m² - m) = m(m - 1)
so,
(m - 2)(m - 1) / (m(m - 1)) = (m - 2) / m
so, that's not it. 
B
(m² - 2m + 1) / (m - 1)
we see again
(m² - 2m + 1) = (m - 1)(m - 1)
so, 
(m - 1)(m - 1) / (m - 1) = m - 1
so, that's not it.
C
(m² - m - 2) / (m² - 1)
we see again
(m² - m - 2) = (m - 2)(m + 1)
and
(m² - 1) = (m + 1)(m - 1)
so, 
(m - 2)(m + 1) / ((m + 1)(m - 1)) = (m - 2) / (m - 1)
yes, that is the solution. 
D
(2m² - 4m) / (2(m - 2))
2m(m - 2) / (2(m - 2)) = 2m/2 = m
no, that is not a solution.