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 Brand New Stunning Sinker Redwood Taylor BTO guitar- florentine cutaway! US $3,499.00 
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 2011 Taylor Custom BTO GAce Sinker Redwood Rosewood Acoustic Guitar 9v ES MINT US $2,995.00
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 Sinker Redwood Guitar Top, Jumbo #J1404 from LCT US $122.00
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 Sinker Redwood Guitar Top, OM/Classical #OM1403 from LCT US $115.00
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 Sinker Redwood Guitar Top, Parlor #P1402 from LCT US $64.00
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 Sinker Redwood Guitar Top,Jumbo #J1195 (Reduced) from LCT US $5.50
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 Sinker Redwood Guitar Top, OM/Classical #OM1116 from LCT US $118.00
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 Veillette Gryphon 12 String - Sinker Redwood and Ebony - NEW! US $4,495.00
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 TAYLOR BTO GRAND SYMPHONY SINKER REDWOOD TOP US $6,469.00
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 *NEAR MINT* Taylor Custom GA Sinker Redwood Top Acoustic Guitar US $4,499.99
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Sinker Redwood
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Frequently Asked Questions...
these are the hardest DENSITY problems in the world!!! please oh please help me!?
9.09 g piece of wood is secured to a 22.8 g lead sinker. Under water the pair has an apparent mass of 9.69 g. If the sinker has a submerged mass of 20.89 g what must the density of the redwood sample?
theres 8 more..... if u show me how to do it I can do the rest. U would be saving my life
Answer:
Density = Mass in air / (Mass in air - Mass in water)
= (for lead) 22.8 / 22.8 - 20.89 = 11.94
= (for lead + wood) 31.89 / 31.89 - 9.69 = 1.44
a proportion of 22.8 / 31.89 of the two combined items has a density of 11.94,
a proportion of 9.09 / 31.89 of the two combined items has a density of x
and 31.89 / 31.89 of the two combined items has a density of 1.44
therefore 0.715 / 11.94 + 0.285 / x = 1 / 1.44
therefore 1.44 (0.715 / 11.94 + 0.285 / x) = 1
therefore 1.44 x 0.06 + 0.285 / x = 1
therefore 0.285 / x = 0.91
therefore 0.91x = 0.285
therefore the density of the wood = 0.285 / 0.91 = 0.313 g / cm^3
