Question

find percent of error of this two tables please

Mass in gram Mass in kg Type of surface Max static Max kinetic 100 g 0.100 kg Rubber on ice 0.12 N 0.75 N 210 g 0.210 kg Rubber on 0.19 N 0.12 N lice I 276 g 0.276 kg Rubber on ice 0.33 N 0.29 N 380 g 0.380 kg Rubber on ice 0.45 N 0.26 N 569 g 0.568 kg 0.65 N 0.43 N Rubber on ice Same mass different surfaces Mass in gram Mass in kg Type of surface Max static Max kinetic 100 g 0.100 kg 0.12 N 0.75 N Rubber on ice 100 g 0.100 kg 0.44 N Aluminum 0.61 N on steel 100 g 0.100 kg 0.89 N 0.40 N Glass on glass 0.17 N 0.11 N 100 g 0.100 kg Graphite on graphite 0.46 N 0.21 N 100 g 0.100 kg Wood on lab table

Answer 1

Answer

mass. Surface Absolute error Masc.kimebe Absolute error. Max state. CN) Rubber 0.12 (0-12-0-348) = 0.228 0.75 0.38 11 0.19 0.276 0.33 0.29 0.08 6.380 2019-0-393/2.0.158 |0-33-034P/s 0.018 10.4.3--0398) * 0.102 10.670.548/= Aug = 0.1616 0.01 1 0.588 0.65 0.302 0.43 0.06 Avg = 0.348 Aug = 0.37 Aug = 0.176. % Error in static Forchon 0.1616 XLOO 0.3u8 46.44% of Error sis kinete Freton 0.176 X100= 0.37 47.56%

Mass. Susfece. Masco Statie Ales. Eroor Max Krache Abs. Enor kg. 0.100 Rubber olace. 8.33 0.75 0.368 0.100 0.16 0.44 0.058 0.100 0.40 0.017 Aluminiumd steel. glass of Glass & Graphite. wood & labtable 0.100 0.89 0:17 0.46 0.28 0. 0.22 Graphite & 0.000 0-172 0.01 Aug = 0.244 Aug = 0.382 Aug = 0.45 Aug = 0.1776 % Essor in Static Faction Ixloo = 54.22 % 0.244 x 100 = 0.45 % Essor in Kinetic Friction 0.1776 46.5% 0.382 Xiuo * The scope of error calculation is not clear for this table, because when surfaces changes friction ullato change.