965000 has three sig figs.
To convert tonnes to billion cubic meters (bcm) for natural gas: Determine the specific gravity of the gas in cubic meters per tonne. Multiply the number of tonnes by the specific gravity to obtain the volume in cubic meters. Divide the result by 1,000,000,000 to convert cubic meters to bcm.
1 liter of LPG is equivalent to approximately 0.27 cubic meters of gas.
To convert energy in pascal cubic meters to joules, you can use the formula: Energy (in joules) Pressure (in pascals) x Volume (in cubic meters). This formula helps calculate the energy stored in a system based on the pressure and volume it contains.
Well, honey, to convert LPG from cubic meters to kilograms, you need to know the density of the LPG in kilograms per cubic meter. Once you've got that number, you simply multiply the volume in cubic meters by the density in kilograms per cubic meter to get the weight in kilograms. It's as easy as pie, just make sure you have that density value handy, sugar.
One angstrom = 1 x 10-10 meters Here we have 10-12 meters so we know that our angstroms are bigger by a factor of 102(equlivent to 100). So to covert we must divide put value by 100(102) to get the value in angstroms 128/100 = 1.28 angstroms( or 1.28 x 10-10 meters)
1mile =1.609km=1609m
There are four significant figures in the measurement 612.3 meters.
2 acres = 8 093.71284 square meters Eight thousand square meters (observing significant figures)
3 significant figures.
There are 2 significant figures in this measurement.
If you mean "How many significant figures are there in 314.721 meters then the answer is 6.
10800 meters has 3 significant figures.
6,848,674,765 expressed in meters to 3 significant figures is: 6,850,000,000m
There are four significant figures in the measurement 77.09 meters. Each non-zero digit and any zeros between them are considered significant.
3
The area of the rectangle would be 72.1 square meters, considering the given dimensions. This answer has three significant figures, matching the least number of significant figures in the original measurements.
6, 8 and 0