Format Tools Table Window Help ... Lab5_Force Table_rev21Oct2021 - Compatibility Mode - Saved to my Mac out References Mailings Review View Tell me A Aav Ap AaBbCcDdEe AaBbCcDdEe AaBbCcDdEe AaBbCcDdEe AaBbCcDd A ~ DAY E Normal Body Text List Paragraph No Spacing Table Paragr D. Vector Addition of Two Forces Keeping the first mass at the current angle, add a second mass between 50 g and 100 g at an angle 120 with respect to +x-axis and calculate again the x and y components. Enter in Table 2. Table 2. Vector Addition of Two Forces + Force Mass (9) Angle (deg) x-component y-component Label F1x-theor Fly-theor F2 F2x-theor= Fzy-theor= Resultant R Components: Rx-theer = Fix-theor+ 2x-theor Ry-theer = Fly-theor + Fay-theor Theoretical Resultant Magnitude: Rybeer = [(Rx-theen )? + (Ry-theen ) 2]1/2 = Direction: Other = tan"(Ry-theer / Rx-theer ) = Experimental Equilibrant Magnitude: Eexe = Direction: 0exp = Percent Difference of Magnitude: (Eexe - Rtheor)/ Rtheor* 100 = Percent Difference of Angle: (0exp - 0theor)/ 0theor *100 = Find equilibrium by adding a third mass (Equilibrant), equal in magnitude with the resultant Rthee and in the opposite direction of Rtheer If the central ring is not perfectly centered, add or remove mass, or slightly adjust the angle of the equilibrant force. Record the experimental values in Table 2. Make another scale drawing of the forces Fi, F2, their resultant and equilibrant on the next page. Discuss sources of Errors in the experiment: ited States Focus 144 . . A