You can measure flour in kilograms, or (for smaller quantities, typical for recipes) in grams.
You can measure flour in kilograms, or (for smaller quantities, typical for recipes) in grams.
You can measure flour in kilograms, or (for smaller quantities, typical for recipes) in grams.
You can measure flour in kilograms, or (for smaller quantities, typical for recipes) in grams.
You can measure flour in kilograms, or (for smaller quantities, typical for recipes) in grams.
Put it on the scales
Pounds are also used to measure mass, so =145 pounds
Pounds can't be converted to quarts. Pounds measure mass, while quarts measure volume.
Milliliters (cc) can't be converted to pounds. Milliliters measure volume, while pounds measure mass.
Question does not make sense meters = length pounds = weight or mass no conversion possible.
Kilograms can't be converted to feet. Kilograms measure mass, while feet measure length.
It would come out to about 10 cups. You should measure weight when baking! Cups is a measure of volume. Pounds is a measure of weight and mass. You can not directly convert the two.
A good estimate would be 50, but it will vary on grind and packing. You should measure weight when baking! Cups is a measure of volume. Pounds is a measure of weight and mass. You can not directly convert the two.
Roughly 5 to 6 cups. You should measure weight when baking! Cups is a measure of volume. Pounds is a measure of weight and mass. You can not directly convert the two.
Pounds are also used to measure mass, so =145 pounds
Yes.
You measure mass in kilograms,grams,tonnes,short tons,pounds and ounces
We would have to know what you are converting. Cups is a measure of volume. Pounds is a measure of weight and mass. You can not directly convert the two. It could be one to a 100 if it is lead vs. feathers.
Pounds
Pounds can't be converted to miles. Pounds measure mass, while miles measure length.
Kilometers can't be converted with pounds. Kilometers measure length, while pounds measure mass.
A kilogram.
In a sealed chamber with no loss of mass, five pounds of water plus sufficient heat will produce five pounds of steam. The mass of the water remains the same, regardless of its state. Freeze it, and you'd have five pounds of ice instead.