Table 1 Data Set FE 20 comezas mi 200g at 0° 200g at 0° 300g at 60 Fa-mig 200 200 150 FB-mag -100 OE 246. m2 200g at 120

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Table 1 Data Set Fe 20 Comezas Mi 200g At 0 200g At 0 300g At 60 Fa Mig 200 200 150 Fb Mag 100 Oe 246 M2 200g At 120 1 (609.7 KiB) Viewed 37 times

Table 1 Data Set Fe 20 Comezas Mi 200g At 0 200g At 0 300g At 60 Fa Mig 200 200 150 Fb Mag 100 Oe 246 M2 200g At 120 2 (510.15 KiB) Viewed 37 times

Table 1 Data Set Fe 20 Comezas Mi 200g At 0 200g At 0 300g At 60 Fa Mig 200 200 150 Fb Mag 100 Oe 246 M2 200g At 120 3 (510.15 KiB) Viewed 37 times

Table 1 Data Set FE 20 comezas mi 200g at 0° 200g at 0° 300g at 60 Fa-mig 200 200 150 FB-mag -100 OE 246. m2 200g at 120° 200g at 90° 150g at 180° 210 295 215 2 60 3 225 210 Table 2 Data set mi 100g at Fa-mig m2 100 100g at 60° 300g at 120° Fr=mag m3 Fcmg Fe OE 100g at 120°-50 200 240 1-100 no 305 200g at 200 -150 200g at 240° 00 Part 2 Component Method Once you have finished the Experimental method for all the different data sets, complete the component method for same. Sketch the free body diagram for each set of data. • Use the component method to solve for the resultant and then the equilibrant force. Record both the values in the data table. Remember that the equilibrant is equal in magnitude to the resultant, but in the opposite direction. Table 3 Fi Fix Fix Fy ΣΕ Real (F.2+Fy) Orcal. = tan (Fy/Fx) Fecal Ecal. Feexp. Eexp. % diff. FE % dir. DE

Fix= F, sin (0) FxFF, COSCOS