Please answer all questions WDocument1 - Microsoft Word (Product Activation Failed)FileHomeInsertPage LayoutReferencesMailingsReviewViewa ?WAA Find -% Cut-=,年章 ↓ TCalibri (Body) - 11A AAaAalAaBbCcDc AaBbCcDc AaBbC AaBbCc AaB AaBbCcLE CopyСopya ReplacePasteв IUabe X, х*abAI NormalI No Spaci. Heading 1Heading 2ChangeTitleSubtitleFormat PainterStyles - Select -ClipboardFontParagraphStylesEditingL• 2:1: 1:| 3:1' 4: ·5.1 6.1:7 l:8: 1'9 ' 10: 1 '11: 1'12 :L·13:1' 14:' 15. LA:L 17:L · 18.3. Two equal masses, m, are connected as shown in the figure below with two identical,massless springs. with spring constant k. Consider only motion in the vertical direction.[Hint: Use complex solution of the form, xa = Aetut and x, = Betwt(a) Find the angular frequencies of the two normal modes for the system.(b) Find the ratio of amplitudes for the two masses in each of the two modes.all10:49 AM2021-09-21 Page: 1 of 1B I E E E 90% eWords: 0+

Given that there are two equal masses and are connected below the two identical mass less spring…

3. Two equal masses, m, are connected as shown in the figure below with two identical, massless springs, with spring constant k. Consider only motion in the vertical direction. [Hint: Use complex solution of the form, x = Aeut and x = Belwt. (a) Find the angular frequencies of the two normal modes for the system. (b) Find the ratio of amplitudes for the two masses in each of the two modes.

3. Two equal masses, m, are connected as shown in the figure below with two identical, massless springs, with spring constant k. Consider only motion in the vertical direction. [Hint: Use complex solution of the form, x = Aeut and x = Belwt. (a) Find the angular frequencies of the two normal modes for the system. (b) Find the ratio of amplitudes for the two masses in each of the two modes.