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What else can I help you with?
What is the altitiude of Philadelphia?
It is 39 feet above sea level.
Does the temperature increase or decrease with altitiude in the troposphere?
The temperature decreases with altitude.
How many horsepower does a stock 7.3 liter diesel ford have?
a stock 7.3L IDI (indirect injected)=non powerstroke has a stock horsepower rating of 180-190 hp dpending on the version i.e high altitiude. This HP rating is at the flywheel, not at the wheels
Legal altitiude of crop duster planes over house?
When actually applying the pesticide to the target area, there are basically no restrictions (as with most rules, there are exceptions, i.e. the house is in what is considered a congested area). At all other times, 500 feet is the minimum altitude (again there are exceptions)
Why geostationary satellite not falling to ground?
Because they're moving 'sideways' at more than 6,000 miles per hour, out where the acceleration of gravity is only about 3% of what it is on Earth's surface. The satellite is falling allright, but the Earth's curved surface is falling away exactly as fast as the satellite itself is falling toward it, so the satellite's altitiude above the surface never changes.
Why wouldn't a Concorde travel higher?
The Concorde traveled at a higher cruising altitude well above conventional airplanes, at 60,000 feet. Going higher than that makes it difficult for most airplane engines to continuously run as there's less air to work with.
What is your exact location if you crossing the prime meridan and the altitiude of polaris is 50?
If you are crossing the Prime Meridian and the altitude of Polaris is 50 degrees, you would be located at approximately 50 degrees north latitude. This means you are situated in the Northern Hemisphere, somewhere along the Prime Meridian, which runs through locations like Greenwich, London, and parts of France and Spain. The specific location would depend on your exact east-west position along the meridian.
What place on the earth's surface has the lowest air pressure?
lol
Why upper fixed point and lower fixed point are not 100 degree celsius and 0 degree celsius respectively of pure water in kathmandu?
The boiling point and freezing point of water are affected by factors such as altitude, atmospheric pressure, and impurities in the water. In Kathmandu, being at a higher altitude, the boiling point of water is lower than 100 degrees Celsius and the freezing point is higher than 0 degrees Celsius due to reduced atmospheric pressure. Therefore, the upper fixed point and lower fixed point of pure water in Kathmandu will not be at 100 degrees and 0 degrees Celsius respectively.
What is the difference between a hill and a mountain?
The difference between a hill and a mountain is that a hill is generally a smaller landform than a mountain. Both are elevated above surrounding areas but hills more often have gently slopping sides, while mountains can have steep sides, even sheer sides. Hills can be the remains of mountains that have been eroded over the ages.
How does altituded affect air pressure?
Air has weight, and weight means pressure. The higher up you go, the less air left above to press down --and so, less pressureAir Pressure decreases with the rise of altitude and increases when lowered. Example: You would not be able to breathe as well high in the air as you would standing on the ground.At higher altitude, air pressure decreases. Eventually the air runs out entirely at about 200 miles altitude, at which point you are in outer space with zero air pressure.Air pressure drops at higher altitudes. This makes water boil at a lower temperature, causing difficulties in cooking and makes it harder for people to get their breath.This is also why commercial airplanes are pressurized inside.Air pressure declines with altitude (becoming effectively zero at about 200 miles in altitiude). That is because air pressure is the result of the weight of the air, and the higher you go, the less air you have above you to press downward and cause air pressure.As altitude increase air pressure decrease.Air pressure is a result of the total weight of the all the air (or column of air) from above as well as the sideways pressure from the weight pressing down on the air around the current position. As the altitude increases, their is less air pressing down from above (and from above the surrounding area) so the air pressure decreases as the altitude increases.
How do greenhouse gases deplete the ozone layer?
There are two fairly weak direct effects on the ozone layer of combustion, but more combustion byproducts:Reduces available oxygen, from which to make ozone. This effect would take a long time to reach the ozone layer.Soot particles that might make it to the ozone layer (by some stretch) and these will directly consume some ozone (making CO2).Associated with most power production (including coal) are large cooling towers. These dump waste heat to the atmosphere, as water vapor. Both heat and water vapor also decrease ozone concentrations... but these also are released below the cloud layer, so effects will yet still be minimal.A vehicle that runs on petroleum produces these effects. A vehicle that runs on renewable fuels produces these effects, but the plants are in place to absorb the CO2 again. But all non-electric vehicles release water vapor into the atmosphere... even fuel cells. And during charging of wet-cell batteries, even they release hydrogen (which largely oxidizes to water vapor).Let's break this into two questions:How does air pollution affect trophospheric ozone, or ozone in the air we breathe?Air pollution is inclusive of ozone. Ozone is made by NOx (a byproduct of combustion), VOCs (unburned fuel and compounds from natural sources too), and violet to ultraviolet light from the Sun. So air pollution and sunlight makes more / different air pollution.How does air pollution affect the ozone layer?There is no clear direct link between air pollution and depletion of the ozone layer. However, combustion processes decrease oxygen and increase water vapor. Both of these serve to decrease ozone concentrations in the upper atmosphere. It just takes months for some of these "pollutants" (or decreased oxygen levels) to propagate to the upper atmosphere. Probably more damaging is the loss of plants...Bus exhaust consumes oxygen, which eventually will not be available to make ozone. Bus exhaust releases water vapor, which can in part reach the tropopause a increase the rate at which ozone decays.However, bus exhaust will have a smaller net effect on the "ozone layer" than each passenger driving his or her own car.Ozone is formed from oxygen. Cars decrease oxygen, so reduce the amount of oxygen that is available to eventually migrate up to the tropopause.Ozone is catalyzed to decay by the presence of water vapor. Cars produce water as a waste product, so increase the humidity that is available to eventually migrate up to the tropopause.Cars produce NOx and VOCs, which produce ozone at low altitiude, where it does nothing to protect us, yet further reduces the amount of oxygen available AND migrate up to help make ozone at altitude too. (so a little plus and minus.)Note that aircraft do all this much closer to the tropopause.All of this is also true (except for the NOx part) of the little 80 watt light bulbs that are called people. And cows. And decay on forest floors, waste heaps, and sewage treatment plants.Which is not to say "ozone holes" do not form naturally. Which is not to say that if ozone is destroyed in the tropopause, it will not form at any altitude that 215nm UV reaches. Only that all processes are interconnected.Pollutants can cause Ozone Layer depletion, and large gaps to form in the ozone above a certain specific area.We have identified some compounds in the "ozone hole", and they were primarily (at one time) refrigerants.bBurning fossil fuels produces CO2 it is the CO2 that is destroying to ozone layer.The fuel makes air pollution witch makes the ozone layer thinWater vapor in air pollution blocks one path of ozone formation (involving N2O*), and accelerates the natural decay of ozone (via formation of H2O2).To the extent that air pollution increases temperatures, increasing temperature increases the rate of ozone decay (ozone absorbs IR, so surface temps couple to the "ozone layer" too).If air pollution includes compounds that are not fully oxidized, and they make it as high as the "Ozone layer", ozone will be consumed in oxidizing them.If air pollution is produced by lowering oxygen concentration, then less ozone is made by the Sun, since ozone is made from oxygen.exhausts give of cfc's ( chlora flora carbons ) which harms the ozone. other dangers gases are given off to such as carbon monoxideAir pollution has thinned the protective ozone layer above the Earthbecause it damage our O-ZONE LAYERPollution is bad. Burning of some fossil fuels can be bad. They have virtually zero influence on the ozone layer. The cycles of our sun carry a heavier effect on the layer. Perhaps the supervisor could explain how CO2 causes issues with the ozone layer prior to deleting the comments they disagree with.Yes pollution affects the ozone layer
