help, oblige, help!
Answer:
A substance's density is its mass divided by its volume, which is typically expressed as g/cm3 (grams per cubic centimeter) or lbs./ft3 (pounds per cubic foot, which isn't exactly density, but it'll serve for your purposes if you do the part conversions).
In your case, you can determine the densities of other liquid by comparing the weights of equivalent volumes (say, 1 cup of each) to the weight of 1 cup of sea. Water has a density of 0.998 g/cm3, but unless you're using a sensitive scramble, call it 1.0 g/cm3. Weigh equivalent volumes of hose down, soda, syrup, and shampoo. Next, divide the weight of the soda by the shipment of the water. Multiple that ratio by the 1.0 g/cm3 (or, if you prefer, 0.998) of dampen, and that number should give you the approximate density of the soda. Repeat for your other items.
that will depend on the exact composition of the soda, syrup and shampoo; generalizing will not work
Cans of regular soda will sink in marine; cans of diet soda will float surrounded by water. This density difference have been attributed to sugar concentration surrounded by the sodas (regular soda is more dense because it contains sugar; diet soda is less dense because it contains little or no sugar).
I hope this can assist you:
http://www.google.ca/search?hl=en&rlz=1t...
Or go to Answers Science & Mathematics and post this query. Good luck.
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Answer:
A substance's density is its mass divided by its volume, which is typically expressed as g/cm3 (grams per cubic centimeter) or lbs./ft3 (pounds per cubic foot, which isn't exactly density, but it'll serve for your purposes if you do the part conversions).
In your case, you can determine the densities of other liquid by comparing the weights of equivalent volumes (say, 1 cup of each) to the weight of 1 cup of sea. Water has a density of 0.998 g/cm3, but unless you're using a sensitive scramble, call it 1.0 g/cm3. Weigh equivalent volumes of hose down, soda, syrup, and shampoo. Next, divide the weight of the soda by the shipment of the water. Multiple that ratio by the 1.0 g/cm3 (or, if you prefer, 0.998) of dampen, and that number should give you the approximate density of the soda. Repeat for your other items.
that will depend on the exact composition of the soda, syrup and shampoo; generalizing will not work
Cans of regular soda will sink in marine; cans of diet soda will float surrounded by water. This density difference have been attributed to sugar concentration surrounded by the sodas (regular soda is more dense because it contains sugar; diet soda is less dense because it contains little or no sugar).
I hope this can assist you:
http://www.google.ca/search?hl=en&rlz=1t...
Or go to Answers Science & Mathematics and post this query. Good luck.
More Questions & Answers...