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kPa is a force over an area and can also be written 1000 N/m2. Assuming you mean on earth you can figure out the newtons by multiply by gravity (9.81 m/s2). But you will still need to know the area this force is acting on to figure out the weight.
That depends on the density of what you are measuring. To work out questions like this you need to use the equation density*volume = mass Let's assume it is water with a density of 1kg per litre. So a 1000kg (a tonne) would be 1000 litres Let's now assume it is iron with a density 7.86kg per litre. So 1000kg would be 1000/7.68 = 127 litres. To work out questions life this you need to use the equation density*volume = massDoesn't work like that.Liters is a unit of volume, while tonne is a unit of weight.How many liters you get to a tonne depends on the density of the substance.If you use popcorn, you'd need a lot more liters to make a tonne than if you used sand.The litre is a measure of volume. The tonne is a measure of mass. The two are not interchangeable without further knowledge (i.e. density).As the robot on "Lost in Space" has been known to say in such cases, "It does not compute." In other words: There is no relationship between the units of volume, like liters, and the units of weight, such as tons. You need to add what the material is that you want t measure. Example: How many liters of substance X equals a ton?Not possible to convert from a mass measure to a volume measure without knowing the medium density.
Atmospheric air pressure is about 100kPa but there is no net pressure on your skin because pressures inside and outside your body are equal In more common terminology, average ambient air pressure at sea level is 14.7lbs per square inch.
Pressure is shown with white curvy lines. The closer the lines are to each other in a certain area, the higher the pressure is. The farter apart they are, the lower the pressure is in that area.
At stp or standard temperature and pressure, we have pressure = 100kPa and temperature=273.15 K
It's true...I think??
That depends on where you are on Uranus. The "surface" of a gas planet is defined as the area where the atmospheric pressure is 100kPa, which is pretty much the atmsopheric pressure at sea level on earth. The area above that is called its "atmosphere." The atmospheric temperatures range from -224°C to -216°C. The average surface temperature is -197°C.
10.0
Yes.
1 ksc (kilogram/square centimeter) is approximately 14.22 psi Do know that physicially that kg/cm2 is a wrong unit, the real unit should be N/cm2. +++ Are you sure? All the SI unit references I have seen use the Pascal (Pa), which equals 1N/m^2. For everyday use the Bar is permissible (standard sea-level atmospheric pressure, or 100kPa.)
PSI, pound per square inch. +++ Or in SI units, Pascals (Pa) - but these are so tiny that you need thousands (kPa) or millions (MPa) of them to get anywhere. Unless you are measuring sound pressure in linear units, in gases or in liquids, then they are too big so you need to use millionths of Pascals (µPa, pron. "micro-Pascal"). For everyday use the Bar is admissible: 1Bar is atmospheric pressure at standard temperature at mean sea-level, and = 100kPa.
An I/P transducer is a device that converts a 4-20mA current (I) signal into a pressure (P) signal of 3-15psi or 20-100kPa usually to operate pneumatic control valves.
1 bar is 100kPa
Pressure in Jupiter is thought to be as high as 5,000GPa. On earth, typical air pressure is around 100kPa. So, if you fell deep enough into Jupiter you would definitely be crushed. However, the intense radiation in Jupiter would have already killed you long before you reached Jupiter's atmosphere.