You cannot since the units for mass are grams, not grams per square metre.
1300 gram
Sure. That's a perfectly good unit of momentum. So is (any unit of mass) divided by (any unit of speed).
None. "square meter" is a unit of volume and "ton" is a unit of mass.
Use for what? Meter is a unit of length, gram is a unit of mass. The two are used for completely different things. It just doesn't make sense to choose one over the other.Use for what? Meter is a unit of length, gram is a unit of mass. The two are used for completely different things. It just doesn't make sense to choose one over the other.Use for what? Meter is a unit of length, gram is a unit of mass. The two are used for completely different things. It just doesn't make sense to choose one over the other.Use for what? Meter is a unit of length, gram is a unit of mass. The two are used for completely different things. It just doesn't make sense to choose one over the other.
There are 0.000001 meters in a gram. A meter is a unit that is used to measure the length of something.
They are not comparable. gram is a unit of mass, meter is a unit of length
no, distance. a gram measures mass
A gram is smaller than a meter. A gram is a unit of mass used to measure weight, while a meter is a unit of length used to measure distance.
A cubic metre is a measurement of volume. A gram is a measurement of mass.
A gram is a measure of mass whereas a metre is a measure of distance.
1300 gram
gram is the unit for mass, out of your choices.
A sheet of A4 paper is almost exactly 1/16 of a square meter. So the mass of this sheet of paper is (70 g/m²)*(1/16 m²) = 4.375 grams.
1 meter
No, gram is a unit of mass used to measure weight, while meter is a unit of length used to measure distance. They are not the same, but both are part of the metric system of measurements.
Three non-examples of gram could be liter, meter, and second. These units are commonly used in the metric system but are not equivalent to a gram, which is a unit of mass. A liter measures volume, a meter measures length, and a second measures time, making them distinct from the gram as a unit of mass.
Sure. That's a perfectly good unit of momentum. So is (any unit of mass) divided by (any unit of speed).