i need to know how the graph of the displacement(cm)vs Mass(g) graph would look like with all the values listed from the table

X DeterminingSpringConstantSE [Compatibility Mode] - Microsoft Word - Home Insert Page Layout References Mailings Review View do Cut Arial AaBbCcI AaBb( AaBbCcI AaBbCc] AaBbCcI AaBb( AaBbCcI AaBbCcI AA Find Bac Replace Copy Paste BI U abe x, x' Aa 2 A BE= Emphasis Heading 1 1 Normal Strong Subtitle Title 1 No Spacing Subtle Emp. Change Select Format Painter Styles Clipboard Font Paragraph Styles Editing acceleration, 9.81 m/s2. (Note: The units for weight are kg-m/s2, or newtons (N)). What is the weight of the scale in newtons? _0.2 N W=mg=0. 1962=0.2 3. Gather data: Record the position and displacement for each mass on the spring. Click Record data each time the spring reaches equilibrium. (Note: You will have to figure out which combination of objects adds up to each of the masses listed in the table.) Mass (g) Mass (kg) Weight (N) Position (cm) Displacement (cm) 0 g Okg ON 6cm Ocm 20 g 0.02kg 0.2N 5.7cm=6cm 0.7cm 40 g 0.04kg 0.4N 6.4cm=6cm 0.14cm=0.1cm 80 g 0.08kg 0.8N 7.1cm=7cm 0.84cm=0.8cm 100 g 0.1kg IN 7.8cm=8cm 1.54cm=2cm . Analyze: What patterns do you notice in your data? (Hint: What happens to the displacement when the weight is doubled?) Gizmos BY = 100% + Page: 3 of 5 | Words: 863 English (United States) ENG 1:29 AM 3 Q Search byhp US 2023-04-10