| Sub-problem 3c - Page 8 of 9 | ID# C403C08 | 
      
      
     
    Sub-problem 3c:
    
    The 
    Southwestern Quadrant
    
    We will look at both 
    conditions. We’ll begin by assuming that  the weaving section starts 
    where the three-lane section begins, which is the shortest it can be at 
    1,055 feet. We will also assume it starts at the initial merge, making it 
    1,850 feet. 
    
      
      
        
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                Exhibit 4-62. LOS Variance with Weave Length |  
                | Length of Weave ft | Density pcpmpl
 | LOS | Type of Operation |  
                | 1,055 | 47.94 | F | Unconstrained |  
                | 1,850 | 43.51 | F | Unconstrained |  
                | 2,000 | 42.29 | E | Unconstrained |  | 
      
      
     
    
    The results of these 
    two analyses are shown in Exhibit 4-62. We see that both analyses predict the weaving section is at LOS 
    F. This is because of the high weaving volumes in combination with the short 
    weaving distances. As the weave length increases, the densities decrease, 
    and the LOS nominally improves, although it stays at LOS F. To improve the 
    LOS, we would have to increase the weaving length to something greater than 
    the maximum presently allowed. As Exhibit 4-62 shows, at 2,000 feet, the LOS 
    becomes E with a density of 42.29 pcpmpl.
    
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