NO FLEX ZONE X LON-CAPA Cou x LON-CAPA Wat x ON-CAPA A WX LON-CAPA Floa x M Naug
ID: 1290924 • Letter: N
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NO FLEX ZONE X LON-CAPA Cou x LON-CAPA Wat x ON-CAPA A WX LON-CAPA Floa x M Naughty Boy x Mail Inbox Re LON-CAPA Wat x C Home Chegg. x ACA 251 Kg Weat XM LON-CAPA, wat x https: c/48/c14 d2 a 79a5 df1 f57523e125b07094ec37 fa80cc36de2023b03f4d5e5063a4d496a7 812 lb2204 bee579b26889700 07bdc3457b4bf 7 eb 72589 Messages Course Help Log Joseph Raymond Zajac v Stud section: 730 PHY 233B Fall 2014 Main Menu Contents Grades Timer Notes Evaluate back Print L Course Contents HW #9 (11/13 Th 59 PM A woodblock and a spring under water A light spring of constant k 178 N/m rests vertically on the bottom of a large beaker of water as seen in picture (a (b) (a) An m 5.61 kg block of wood with a density of 649 kg/m s connected to the spring and then the mass-spring system is allowed to come to static equilibrium as seen in picture (b). What the elonaation, Submit Answer Tries 0/12 Send Feedback Post Discussion 5:15 PM 11/12/2014Explanation / Answer
newtons law
Fb - Ky = m*g
dwater*V*g - k*y = m*g
dwater*m/dblock*g - ky = m*g
(1000/649)*5.62*9.8 - (178*y) = (5.61*9.8)
y = 0.17 m
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