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That depends on the type and grade of the sand
No. The weight of a given volume of a solid is dependent on its DENSITY (weight per volume). The value provided may be its absolute density (at a given temperature) or its specific gravity(density compared to another substance, usually water).
The density of dry ice (solid carbon dioxide, CO2) is 1,562 g/cm3, at 1 ATM and -78,5 0C.
I depends on the dry ingredient that you are measuring. For example 8 ounces of baking powder is going to produce a different number of tablespoons than 8 ounces of granulated sugar. Try using an online measurement converter that takes the ingredient into account.
One cup of liquid (fluid) is 8 (fluid) ounces. Dry stuff will be measured in units of weight; grams, milligrams, pounds, ounces., etc. The weight of a cupful will be directly proportional to the density of the content of the materiel in the cup. This does not apply to "mercury" which is a "liquid" metal.2.5 to 3 oz. 1/3 cup is 2.7 oz.
Bulk density = dry weight / volume, then by knowing the dry weight and bulk density we can calculate the volume.
The wind does that because the sand is wet. Being wet means the sand has higher density and weight so it is less easily eroded.
i have bulk desity of soil and have natural moisture how can i get unit weight of soil
1. Apparent density: - weight a graduated cyllinder - put the sample in the graduated cyllinder up to a given volume (note this volume) - weight the graduated cyllinder with the sample - calculate the mass of the powder by difference - the density is the ratio mass of the sample/volume of the sample 2. True density of a powder: you need a helium pycnometer.
To calculate the dry weight of the entire spinach plant
Density = mass divided by volume (mass/volume) Example: A block of wood weighs 3.5 kg (or 3,500 grams) It is 9 cm x 4 cm x 55 cm (9 x 4 x 55 = 1,980 cm3) 3500/1980 = 1.768 grams/ cm3
You need to know the density of dry mustard to calculate the answer.
The problem here is that we are trying to compare measurements of two different properties - weight and volume. Dry ounces are units of weight and cups are units of volume. The relationship between the two is the density of the material in question. If you know what it is you are measuring and its density (weight per unit of volume), you can determine how much a certain volume (one cup) weighs (dry ounce).
29.13 g/mol
That depends on the type and grade of the sand
deltas
No. The weight of a given volume of a solid is dependent on its DENSITY (weight per volume). The value provided may be its absolute density (at a given temperature) or its specific gravity(density compared to another substance, usually water).