Density = mass/volume
Density = 35.0 g/1.6 ml = 21.9 g/ml
A pint is a unit of volume and oz is a unit of weight. You need the effective density of what you're measuring to make the conversion. 16 oz of water occupies one pint; 16 oz of blueberries occupies about 1.33 pints because of the air spaces between the berries; 16 oz of cooking oil occupies about 1.1 pints because it's density is less than water.
16g x (1/4)mL/g = 4mL
Remember K H D | d c m (kilo, hecto, deka, (liter, meter, gram), deci, centi, milli). Liters are three places to the right of kiloliters. So you have to move the decimal place three times to the right. You will get 16 kl = 16,000 L.
I believe it's the space between the molecules that make up the substance that changes, as well as their shape and how they bond together. When there's more space between the molecules, then the substance expands, and when there is less space between them it contracts. Certain conditions can cause a substance to change the way the molecules bind together. For example, water expands when frozen - when it's liquid, the molecules are close together, but when frozen, the shape of the molecule changes and it can't bunch together as closely, so it takes more space, but the substance still has exactly the same amount of mass, or "stuff", as before.
The density is 0,78 g/cm3.
A pint is a unit of volume and oz is a unit of weight. You need the effective density of what you're measuring to make the conversion. 16 oz of water occupies one pint; 16 oz of blueberries occupies about 1.33 pints because of the air spaces between the berries; 16 oz of cooking oil occupies about 1.1 pints because it's density is less than water.
16g x (1/4)mL/g = 4mL
16% of 350 is 56.
21.875
This depends on the density of the substance being weighed. Further note that liters is a measure of volume, not weight.
Remember K H D | d c m (kilo, hecto, deka, (liter, meter, gram), deci, centi, milli). Liters are three places to the right of kiloliters. So you have to move the decimal place three times to the right. You will get 16 kl = 16,000 L.
A gram-mole of any gas occupies 22.4 litres. The molecular weight of CO2 is one of carbon plus two of oxygen, 1 x 12 + 2 x 16, in other words 44. That means that a gram-mole of CO2 is 44 grams, which occupies 22.4 litres or 22,400 cc, so its density is 44/22400 or 0.00196 gm/cc. The MW of hydrogen is 2, nitrogen is 18, oxygen is 32, so CO2 is a relatively dense gas.
1 mole SO2 weights 32+2*16 = 64 gram S + 2*O and it's volume is 22.4 l You can do with that to calculate density (g/L) ?
16%
350 - 450lbs
16 tons of dry sand occupies approximately 320 cubic feet of volume.
Yes, in the mathematical sense, regardless of which "ounce" you're talking about. 16 fluid ounces (one pint) of any substance always occupies the same amount of space. 16 avoirdupois ounces (one pound) of any substance always has the same weight. However ... that word "equivalent" opens a rather large barn door. If you're talking about any dimension of "equivalence" other than weight or volume ... such as color, viscosity, fat or calorie content etc. ... then we have nothing to discuss.