I am both a Ph.D. chemist and a cook. For this chemist and cook, the density of granulated sugar is 196 g per CUP. If you check the USDA web site, they round off 1 cup to 200g. I think you need to recalibrate your scale. http://www.nal.usda.gov/fnic/foodcomp/search/
Finally, some recipes with large quantities of sugar fail to correct for the added volume of the sugar. I recall one recipe called for 8 cups of sugar with 9 cups of blueberries. Its author stated that it would yield 9 cups of preserves, which my wife later discovered to be incorrect. Using the information above, 8.0 cups of granulated sugar would increase the volume of the preserves by another 3.5 cups! The bottom line is that this recipe yielded about 12 cups of preserves, so be sure to sterilize enough containers!
The weight of molasses can vary slightly based on its density, but on average, molasses has a density of about 1.4 kg/L. Therefore, 1000 liters of molasses would weigh approximately 1400 kilograms.
The combination of water, oil and molasses will have the following order: molasses will be on the bottom, water will settle in the middle and oil will float on the top. Oil has less density than water or molasses.
Molasses is denser than honey. Density is a measure of mass per unit volume, and molasses has a higher mass per unit volume compared to honey. This is due to the higher concentration of sugars and minerals in molasses, which contributes to its increased density.
To convert 675 grams of molasses to pints, you first need to know the density of molasses, which is approximately 1.4 grams per milliliter. Since there are about 473.2 milliliters in a pint, you can convert grams to pints by calculating the volume in milliliters using the density. Thus, 675 grams of molasses is roughly 1.18 pints.
Five gallons of molasses typically weighs around 60 to 70 pounds, depending on its density and specific formulation. Molasses has a density of approximately 1.3 grams per cubic centimeter, which contributes to its heavier weight compared to water. Thus, for precise measurement, it's best to refer to the specific product's density.
The equivalent of 1 metric ton (MT) of cane molasses is approximately 1,200 liters. This conversion is based on the density of cane molasses, which is about 1.2 kg/L. Therefore, to convert metric tons to liters, you can multiply the mass in kilograms by the density.
According to scientists, the density level of molasses is 1.4 grams per milliliter. In addition, honey and corn syrup have the same density level.
The density of molasses varies slightly depending on its composition, but it is generally around 1.4 grams per milliliter. Therefore, 1 kilogram of molasses is approximately 0.71 liters, as 1 kilogram equals 1000 grams and dividing by the density (1400 grams per liter) gives about 0.71 liters.
Molasses typically sinks in water due to its high density and viscous nature. Its density is greater than that of water, causing it to settle at the bottom when the two are mixed. However, when placed in a less dense liquid, such as oil, it may float.
The weight of molasses can vary slightly based on its specific type and composition, but on average, molasses weighs approximately 11 to 12 pounds per gallon. This density can be influenced by factors such as the sugar content and the presence of any added ingredients.
Molasses has a density of 1.4 grams per millilitres = 1.4 kg per litre. Therefore, 10 kgs would have a volume of 10/1.4 = 7.14 litres, approx.
molasses