Bicep Data (N) Load/Hand Data (N) 0 0.05 1 0.2 2 0.325 3 0.5 4 0.6 S 0.775 6 0.9 7 1.1 1.2 9 1.35 Distance from elbow to bicep (4.5 cm), distance from elbow to load hand (31 cm). FOLLOW instructions in the Lab 7 instruction sheet. DO ONLY EXPERIMENT I... DO NOT DO EXPERIMENT 2! For the second half of this lab use the following DATA set to obtain the force that FORCE SENOR (T) is experiencing. Distance from FORCE SENSOR (T.) to hanging mass = 19 cm; distance to center of bar = 31 cm; distance to FORCE SENOR (T.) = 62 cm; mass of har = 1.324 kg Your equation to solve for the force on To will be the following: TCCW = mug + buerg TCW = *T.=r*m*g....you know ALL of the values for the variables except for the "m" contained in T. That's what you need to find in this bridge section of lab 7. Bicep Data (N) Load/Hand Data (N) 0 0.05 1 0.2 2 0.325 3 0.5 4 0.6 S 0.775 6 0.9 7 1.1 1.2 9 1.35 Distance from elbow to bicep (4.5 cm), distance from elbow to load hand (31 cm). FOLLOW instructions in the Lab 7 instruction sheet. DO ONLY EXPERIMENT I... DO NOT DO EXPERIMENT 2! For the second half of this lab use the following DATA set to obtain the force that FORCE SENOR (T) is experiencing. Distance from FORCE SENSOR (T.) to hanging mass = 19 cm; distance to center of bar = 31 cm; distance to FORCE SENOR (T.) = 62 cm; mass of har = 1.324 kg Your equation to solve for the force on To will be the following: TCCW = mug + buerg TCW = *T.=r*m*g....you know ALL of the values for the variables except for the "m" contained in T. That's what you need to find in this bridge section of lab 7