AutoSave OFF A A CG ... w- Lab#5 - Data - Saved to my Mac Home Insert Draw Design Layout References Mailings Review View ? Tell me Comments Editing Share Times New... v 12 A" A Aa Ap EEVEEVEE AaBbCcDdE AaBbCcDdE AaBb( AaBbCcDdEE AaBb( , Paste BIUvab X X A DAY Norma No Spacing Heading 1 Heading 2 Title Styles Dictate Sensitivity Editor Pane Table # 2: Determination of the period and frequency of the simple harmonic motion Mn (8) =_ 50_ MT = Mh + Mew $10 MT 7 = 3.14 - 10 M su MT MT t10 Texp Tth % dif in (8) (8) ( kg) (s) (s) (s) 200 11.2 220 11.7 240 11.8 Frequency when Mew = 200 g. Note: fexp Texp Mn: Mass of the weight hanger t10: Time for 10 oscillations Mow: Mass of added slotted weights Texp: Experimental period MT: Total Mass Tth: Theoretical period fexp: Experimental frequency QUESTIONS: 1. How does the period change with increasing mass? 2. How does the frequency change if the spring constant increases? 3. Explain the physical meaning of the spring constant in terms of " stiffness" or " softness" of a spring. Page 2 of 3 264 words X English (United States) Accessibility: Investigate E Focus E + 110%