yes
Saturn's atmosphere has an average surface pressure of about 1000 millibars, which is similar to Earth's sea-level pressure. However, Saturn's pressure can vary depending on its location and altitude within the atmosphere.
5 Million Newtons was the pressure exerted by Saturn v rocket
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The 2001 Saturn L200 low pressure port can be found on the air conditioning compressor. The low pressure port will be closest to the front of the engine compartment.
Earth's atmospheric pressure is the amount of pressure exerted by air on the surface at sea level which is measured as 101325 pascal or 1.01325 bar (1 millibar= 100 pascals). The planet Saturn has a gaseous atmosphere composed of 96.3 % hydrogen,3.25% Helium and the rest other gases including ammonia water.The planet radiates more heat from its small core than it absorbs from the sun.This differentiated heating in 59.5 km layer of atmospheric depth gives differentiated atmospheric pressure ranging from 1 millionth of a bar to 1.3 bar pressure. The pressure has been measured in relation to the refraction (bending of light due to temperature) of starlight and radio waves in Saturn's atmospheric depths.
On the 1995 Saturn SL1 The oil pressure sending unit is the sensor closest to the alternator. The unit is on the back of the block.
We would need to Know WHICH Saturn and make and size of tire. The pressure is the same whether they are new or old tires.
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The low pressure port on a Saturn I200 is attached to the oil filter, which is directly below the vehicle's engine. The pressure port is directly attached to the fuel rail, and just above the fuel injectors.
Fuel pressure on a 2002 Saturn SL 1 should be between 50 and 55 PSI. This ensures that the injectors produce a powerful spray of fuel.
No, the atmosphere on Saturn is not breathable for humans. It mainly consists of hydrogen and helium with traces of methane and ammonia. The conditions on Saturn are extremely harsh, with high pressure, extreme temperatures, and no oxygen.
The surface pressure on Saturn varies significantly due to its gaseous nature and lack of a solid surface. However, estimates suggest that the pressure at the cloud tops is around 1 bar, similar to Earth's atmospheric pressure. As one descends deeper into the atmosphere, the pressure increases dramatically, reaching thousands of times that of Earth's pressure at great depths.