Meters can't be converted to kilograms. Meters measure length, while kilograms measure mass.
No. Mg stands for Miligram and Kg for Kilogram.
From the Steam Tables I get the following: T v sub f d ( kg / m^3 ] 15.0 C 0.001001 m^3/ kg 999.0 kg / m^3 20.0 C 0.001002 m^3/ kg 998.0 kg/ m^3 25.0 C 0.001003 m^3 / kg 1001 kg / L^3 30.0 C 0 .001004 m^3 / kg 996.0 kg/m^3 -------------------- Search also NISTIR 6969, table 9.8 (it's free on Internet) or a density calculator.
It depends on the density of the substance. To convert kg/m³ to kg/m, you would need to multiply the density by the volume. For example, if the density is 1000 kg/m³, then there would be 40,000 kg in a cubic meter (1000 kg/m³ * 1 m³ = 40,000 kg).
One kilogram-force (kg wt) is equivalent to approximately 980.665 dynes. This conversion is based on the acceleration due to gravity, which is about 9.80665 m/s². Therefore, 1 kg wt = 1 kg × 9.80665 m/s² = 980.665 dynes.
1 km. because 1 km= 1000m. so 1000 is more then 999.
1 km = 1,000 m That's bigger than 999 m.
Kilograms (kg) and meters (m) measure different quantities and cannot be directly compared in size. Kilograms measure mass, while meters measure length. Therefore, one is not inherently bigger than the other; they are simply different units used for different types of measurements.
The number is 99 trillion 999 billion 999 million 999 thousand 999
Yes, 1 kilometer is greater than 999 meters. One kilometer is equal to 1,000 meters, so it is slightly more than 999 meters. Therefore, 1 km is indeed greater than 999 m.
1 [N] = 1 [kg] * 1 [m/s2]. Answer: an acceleration of 1 [m/s2].
872 m is longer.
It can work out as: I(M)M which means 1000*1000*1000-1 = 999,999,999 But in all reality the ancient Romans had no real reasons for such large numbers.
Since the units are the same, just compare the numbers.
1 kg*m/s2
one is the answer.because "kg"is just a shortcut of kilogram.the m is in the complete word "kilogram:
That depends on the sand. Choose one of these densities: Sand, wet - 1920 kg/m³ Sand, wet, packed - 2080 kg/m³ Sand, dry - 1600 kg/m³ Sand, loose - 1440 kg/m³ Sand, rammed - 1680 kg/m³ Sand, water filled - 1920 kg/m³ Now put it into the following formula: kilograms of sand / density = cubic meters of sand
you dont. One is a weight, one a distance