Meters, liters and degrees Celsius are used by the world.
A meter (length) was originally defined as a fraction of the distance from the North Pole (geographic not magnetic) to the equator passing thru Paris, France. One hundredth of a meter is a centimeter, cm, which was used to make a volume of 1 cm3 which was defined to be a milliliter (volume). If this was a volume of water it was defined as 1 gram (mass). So mass, volume, and length were connected. NOT time and temperature.
inches,volume,temp,mass,density,time
What is the metric base unit of MASS
the fractional change in length,area and volume per unit change in temp. of matters at a given pressure
The temp of the gas would first rise, then drop. If the final volume of the gas is lower than the volume at the start, the temp will be higher than at the start. If the final volume is greater than at the start, then the temp of the gas will be lower than at the start.
Millimeters is measure of length and milliliters is a measure of volume. We can convert mm to cc , and when we talk about water ( or other liquids) at a certain temp 1 cc= 1 mm
Under constant pressure the new volume is (new temp/original temp) x original volume. You first need to convert temp to Kelvin by adding 273 degrees new volume = (771.3) x 297/352 = 650.8 ml
International Chemists us the SI system. the standard measurements are as follows temp-kelvin length-cm energy-joules time - seconds mass- gram pressure-atm
You need to know the density, i.e. the weight per volume occupied. if it was water at standard temp and pressure, it'd be 1 gram per millilitre, i.e. 0.03ml
761.2 mph at standard temp/pressure.
82.4C, at standard pressure.
inches,volume,temp,mass,density,time