a=1,b=0,c=5,d=8,e=8,f=4,g=2,h=0,i=9

2) A g*and requires a curve system for two tangents with a deflection angle of Ar=291h'01**. If the Pl station is 7+23f.ghi*, Using Table 2.1.2.6: a) Calculate Ls(min.), X, Y, P, Q, LT, ST, LC, Os (d,m,s,), Os (d,m,,), Ts, Es, Ac (d,m,s), Lc, and Tc. b) Determine the T.S., S.C., C.S., S.T., SPH1, CPI, SPI2 stations. (3 decimal places) g ORLU50 with 2-lanes, has a design radius of 350m 1 RCU60 with 2-lanes, has a design radius of 350m 2 RLU70 with 2-lanes, has a design radius of 350m 3 RCD80 with 2-lanes, has a design radius of 350m 4 RAU80 with 4-lanes, has a design radius of 600m 5 RAD90 with 4-lanes, has a design radius of 600m 6 RCU90 with 2-lanes, has a design radius of 700m 7 RAD100 with 2-lanes, has a design radius of 600m 8 RAD110 with 2-lanes, has a design radius of 900m 9 UFD120 with 4-lanes, has a design radius of 1200m 2) A g*and requires a curve system for two tangents with a deflection angle of Ar=291h'01**. If the Pl station is 7+23f.ghi*, Using Table 2.1.2.6: a) Calculate Ls(min.), X, Y, P, Q, LT, ST, LC, Os (d,m,s,), Os (d,m,,), Ts, Es, Ac (d,m,s), Lc, and Tc. b) Determine the T.S., S.C., C.S., S.T., SPH1, CPI, SPI2 stations. (3 decimal places) g ORLU50 with 2-lanes, has a design radius of 350m 1 RCU60 with 2-lanes, has a design radius of 350m 2 RLU70 with 2-lanes, has a design radius of 350m 3 RCD80 with 2-lanes, has a design radius of 350m 4 RAU80 with 4-lanes, has a design radius of 600m 5 RAD90 with 4-lanes, has a design radius of 600m 6 RCU90 with 2-lanes, has a design radius of 700m 7 RAD100 with 2-lanes, has a design radius of 600m 8 RAD110 with 2-lanes, has a design radius of 900m 9 UFD120 with 4-lanes, has a design radius of 1200m