54 Oz
54 Oz
Check out this page if you are looking for 54 Oz
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 Stanley 54 015 14 oz FatMax AntiVibe Drywall Hammer  US $29.95
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 STANLEY 54 016 16oz BALL PEIN HAMMER 157198 US $12.00
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 NEW 24oz Brick Hammer Each Brick Hammers 54 435 076174544350 US $43.46
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 Stanley 54 304 5 Ounce Magnetic Tack Hammer US $16.15
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 Stanley 16 oz Ball Peen Hammer 54 716 NEW US $13.99
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 NEW 16oz Ball Pein Hammer Grpht Ea Ball Pein Cross Pein Hammer 54 716 US $32.62
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 Stanley 54 304 5 Ounce Magnetic Tack Hammer New Fast Shipping US $15.65
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 Stanley 54 048 48 oz Ball Pein Hammer US $25.00
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 Stanley 680 54 532 32 Oz Compo Cast Bp Hammer US $68.38
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 Stanley 680 54 524 24 Oz Comp Cast Bp Hammer 1 US $60.32
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 Stanley 680 54 516 16 Oz Compo Cast Bp Hammer US $43.88
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 Stanley 680 54 024 24 Oz Wood Ball Pein Hammer US $31.97
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 Stanley 680 54 048 48 Oz Wood Ball Pein Hammer US $39.28
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 Stanley 680 54 016 16 Oz Wood Ball Pein Hammer US $30.55
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 Stanley 680 54 032 32 Oz Wood Ball Pein Hammer US $32.95
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 Stanley 680 54 012 12 Oz Wood Ball Pein Hammer US $31.11
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 Stanley 680 54 008 8 Oz Wood Ball Pein Hammer US $30.70
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 NEW 5oz Tack Hammer Wd Each Tack Hammers 54 304 076174543049 US $19.48
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 Stanley 680 54 146 16 Oz Fatmax Anti Vibe Ball Pein Hammer US $38.68
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 Stanley 54 032 32 oz Wood Ball Pein Hammer US $19.95
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 Stanley 54 524 24 Oz Compo Cast Ball Pein Hammer US $52.85
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 Stanley 54 516 16 Oz Compo Cast Ball Pein Hammer US $34.89
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 Stanley 54 532 32 Oz Compo Cast Ball Pein Hammer US $60.98
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 Stanley 16 oz Jacketed Graphite Ball Pein Hammer 54 716 NEW US $31.98
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 Stanley 8 oz Jacketed Graphite Ball Pein Hammer 54 708 NEW US $30.98
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 STANLEY 54 716 Ball Pein Hammer 16oz NEW US $13.95
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 Stanley 54 716 16 oz Jacketed Graphite Ball Pein Hammer US $29.53
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 Stanley Hand Tools 16 Oz Professional Ball Pein Hammer Wood Handle 54 016 US $31.46
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 Stanley Hand Tools 20 Oz 11in FatMax AntiVibe Brick Hammer 54 022 US $40.36
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Density question??????????
a) What volume of liquid (expressed in cm^3), would a 16 lb bowling ball displace (diameter= 8.5 in.)? The following information maybe be useful:
1 inch = 2.54 cm
16 oz = 1 lb
28.3 g = 1 oz
volume of a sphere = 4/3pi(r)^3
b) Considering your experiences handling a bowling ball, what obvious error is in the answer to part a?
c) Would a ball equal in volume to the bowling ball described in part a, but weighing only 1 lb displace the same volume of water as the bowling ball?
(a)
8.5 in x 2.54 cm/in = 21.59 cm
radius = 21.59/2 = 10.8 cm
V = (4/3) x 3.142 x 10.8^3 = 5277 cm^3 (5300 cm^3; 2 s.f.)
(b)
The finger holes mean the ball's displacement volume is overstated
(c)
1 lb x 16 oz/lb x 28.3 g/oz = 452.8 g
density of the 1 lb ball would be 0.086 g/cm^3 (452.8 g / 5277 cm^3)
the ball would float an then not displace 5277 cm^3 of water (unless the ball was held under water - completely immersed). Then it would displace slightly more water than the bowling ball due to the ball's lack of finger holes.