It's 5
1 cu cm = 1 gm (water)
Divide the weight in grams by the number of cu cm and you get the specific gravity (multiples of the weight if it were water)
2007-03-24 12:26:30
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answer #1
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answered by Anonymous
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200 g for 40 cc skill a density of five g/cc (or 5000 kg/m^3 to apply ideal SI gadgets). The "specific gravity" is 5. "specific gravity" is the call given to the ratio of the density of a substance to the density of water (usually rounded to one million g/cc, besides the shown fact that the cost 0.999972 g/cc is often used to make certain revealed tables, see hyperlinks decrease than for information). So the specific gravity of that steel is 5 (purely the organic "dimensionless" kind 5; do not specifiy a unit, a particular gravity is a organic kind). via the way, the ideal abbreviation for "gram" is "g" not "gm", in spite of what you come across in each and every single place, alongside with in the (informal) artwork of respected authors who would desire to understand extra advantageous ("gm" is likewise erroneously equipped into a minimum of one hand-held medical calculator, see final link decrease than). Likewise, the main appropriate abbreviation for the 2nd of time is "s" not "sec".
2016-11-23 13:04:46
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answer #2
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answered by gallogly 4
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Specific Gravity = density/density of water
= (mass/volume)/1000
=(.200/.40)/1000
=.0005 (unitless)
2007-03-24 12:26:49
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answer #3
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answered by Mystic 3
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that depends on how much gravitational force there is, which also depends on where it is
2007-03-24 12:25:03
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answer #4
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answered by Fallen 4
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either way it's gon fall....****
2007-03-24 12:22:15
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answer #5
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answered by Anonymous
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