W AutoSave @ Off Archimedes' Principle v Search (Alt+Q) ruth vincent X File Home Insert Draw Design Layout References Mailings Review View Help Comments Share G Find Times New Roman ~ 11 ~ A" A Aa~ A Normal No Spacing Heading 1 c Replace Paste X X' A DA - Dictate Editor BIUb Select Undo Clipboard Font Paragraph Styles Editing Voice Editor B. Determining the buoyant force . Use four different masses and measure the weight of the object in air and liquid. Also measure the weight of the displaced liquid. Record the masses as given in the video. . Record the volume of the displaced water as shown in the video. Weight of the object, w = m*g, always express mass in kg. Mass (m) Weight of the Weight of Weight lost Volume of Weight of the object in air the object in by the the displaced displaced water object water, water W= m*g Vdisplaced RT dimlaced g W'= m*g W-W 0.050 0.6076 0.5096 0.098 5*104-6 0.49 0.100 1.06 0.941 0.119 6*10^-6 0.058S 0.150 1.59 1.41 0.18 9*104-6 0.0882 0.200 2.08 1.78 0.30 25*104-6 0.245 Is Archimedes' principle verified? Explain based on the experimental values. Note that p = 1000 kg/m' for water. g =9.8 N/kg. Always express volume in m. 1000 mL = 0.001 m'. 1cm = 1 mLie. 1 mL = (1/1000000 ) m3, 1000 mL = 1 L Page 3 of 3 484 words CX Text Predictions: On Accessibility: Good to go " Focus + 100% BOF L 9 W 9:57 AM Sunny 7/16/2022