In SI, the base unit for mass is the kilogram (yes, it's stupid for the base unit to have a prefix, don't get me started).
Weight is a type of force, and the unit for force is the newton (as with all SI units, the name of the unit is uncapitalized, even though the symbol is a capital N).
In the "English" system, which is now pretty much used only in the United States, weight is measured in pounds and mass in slugs. A slug is defined as the amount of mass that will accelerate by one foot per second per second when a force of one pound is exerted on it. Another way of looking at it is that at Earth's surface, a slug of mass weighs a little over 32 pounds.
B. Mass divided by the net force acting on you
That assumes gravity doesn't change. To say that two quantities, "a" and "b", are proportional means that you can write an equation: b = ka (for some constant "k"). In the case of weight: weight = mass x gravity In this case, "gravity" is the constant. That means that for different objects, the weight / mass ratio is always the same. Close to Earth's surface, this constant of proportionality - the gravity - is approximately 9.8 newton/kilogram. If you go far away from Earth, perhaps onto the surface of other planets, gravity is NOT constant, and the statement that "mass and weight are proportional" is not true.
The mass of object B is 5 kilograms.
180 grams of mass ... liquid, solid, gas, whatever ... weighs about 6.35 ounces on Earth and about 1.05 ounces on the surface of the moon. Any mass on the moon weighs 16.55% of its Earth weight.
Mass is considered a measure of the amount of matter in an object because it remains constant regardless of location, while weight depends on the gravitational force acting on the object. Mass is an intrinsic property of an object that does not change, making it a more reliable measure of the amount of matter it contains. Weight, on the other hand, can vary depending on the strength of gravity.
Carbon 12 isotope weighs exactly 12 atomic mass units thank you the other person who said it was B is a douche
Your weight would be double what it is now.
B(52.48n)
B(52.48n)
B/c weight is dependent o the gravitational pull, while mass has to do with the amount of substance.
Only if they are in the same inertial frame of reference. On Earth if a) has a mass of 60kg and b) has a mass of 10kg - then a) would weigh more. If a) was on the Moon and b) stayed on Earth then they would both weigh the same. If b) decided to go to the Sun, then b) would weigh more than a). Mass stays the same no matter where you are. Your weight is deduced by the amount of "pull" gravity has on you.
To convert kg to lbs you have to multiply the weight in kg with 2.20462. This will give you the weight in pounds. Kg and pound. Kilogram is an SI unit of mass whereas Pound is an imperial unit of mass. The answer after conversion is 143.300 Pounds (Approximately).
B. Mass divided by the net force acting on you
Your weight is less on the moon b/c you have less gravity that pushes down on you in space--and in space there is no gravity,its a big vacuum and your mass is whats inside you.
The SI unit for molar mass is grams per mole (g/mol). It represents the mass of one mole of a substance, which is a convenient way to compare the masses of different substances on a consistent scale.
Basically, yes... But you should say "the mass". Atomic mass units are a unit of mass.Basically, yes... But you should say "the mass". Atomic mass units are a unit of mass.Basically, yes... But you should say "the mass". Atomic mass units are a unit of mass.Basically, yes... But you should say "the mass". Atomic mass units are a unit of mass.
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