PLEASE BE THOROUGH Thu 4:37 PM Yara Fakhoury a Chrome Ed View History Bookmarks

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PLEASE BE THOROUGH

Thu 4:37 PM Yara Fakhoury a Chrome Ed View History Bookmarks Window Help File (75%) LON-CAPA Water level lec 37299f4daaa4b624ebceacb84a322cld89c10328e479951d1b 1435 aed 24948... Q ns-and-answers/sma solid-s https:// s2 6176C4732 0905e59 Yara Nidal Fakhoury (Student section: 731) Messages Courses Help Logout PHY 183B Summer 2013 Course Main Menu Course Contents RO, and of uniform density ?0 is p Course Contents HW #8 (07/25 Th 11:59 PM) Water Notes Bookmark Evaluate Communicate Print level of the water in the dish is L ater level L, (R-Rises, F-Falls, A small solid sphere of mass M of radius Ro, and of uniform density po is placed in a large bowl f uniform density containing water. It floats and the level of the water in the dish is L. Given the information below determine the possible effects on the water level L, (R-Rises, F-Falls, U-Unchanged), when that sphere is replaced by a new solid sphere of uniform density s M M0 Read it to me s M M0 Ta The new sphere has radius R Ro and mass M Mo y ?0 s M M0 Ta The new sphere has radius R Ro and mass M M s M MO The new sphere has radius R Ro and density p po The new sphere has density p po and radius R R more help with this question? The new sphere has mass M Mo and density p po The new sphere has density p Po and mass M Mo Think Archimedes Principle. How does the volume displaced by a floating object differ from the volume Report ab displaced by an object that sinks? Incorrect. Tries 3/12 Previous Tries Submit Answe equal to its own mass. The mass Preferences on what is marked as NEW Threaded View Chronological View Sorting/Filtering options Export? us)A3 Mark NEW posts no longer new olume displaced Anonymous 1 Reply (Fri Jul 19 09:51:07 am 2013 (EDT)) NEW ius)A3/(Density water) any help? Tibor Nagy (nagytibo:msu) Reply (Tue Jul 23 11:13:27 am 2013 (EDT)) NEW much it is increased and decreas This is a very good question. If you answer it, you will understand buoyancy. Please, do not guess

Explanation / Answer

The new sphere has radius R >r and mass M = m
unchanged

The new sphere has mass M < m and radius R= r
falls

The new sphere has radius R > r and density D =d

rises

The new sphere has density D > d and radius R<r
depends on mass; ball still floats & displaces its mass; greater = rises; less = falls; same = unchanged

The new sphere has density d=D and mass M <m
falls

The new sphere has radius D>d and mass M = M0:
unchanged

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