What are the relationships between weather elements and weather factors?
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A weather element is/can be a weather factor. For instance, the weather element of warm moist air blending with the weather element of cold dry air can be weather factors in producing a tornado.\n\nElement = A Single item\nFactor = A Single item considerred a contributor to an event.
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Meteorology and physiology.
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http://www.bom.gov.au/lam/Students_Teachers/pressure.shtml\nhttp://en.wikipedia.org/wiki/Weather_front
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Weather is an all-encompassing term used to describe all of the many and varied phenomena that can occur in the atmosphere of a planet. The term is normally taken to mean the activity of these phenomena over short periods of time, usually no more than a few days in length. Average atmospheric conditions over significantly longer periods are known as climate. Usage of the two terms often overlaps and the concepts are obviously very closely related.
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It is more complicated than that.  So I'll just explain it all.  \n    What Makes Weather: "Weather" is caused by uneven heating of the earth's surface. Warm air is lighter than cold air, so it rises. Rising air would create a vacuum, but nature won't permit that, so surrounding air rushes in to fill the void that rising air is trying to create. The result is "wind". Also, its the warm air, rising air in one area, and the cold, descending air in a different area that creates differences in air pressure, i.e. barometric pressure, and at any given spot in the world this pressure is constantly changing. We humans seem a bit out of tune with barometric pressure changes, as they don't seem to affect us as much, at least outwardly. Do these pressure changes affect other land animals? Probably so. Some of this we can maybe document, but a lot of this is still open to further study. Most anglers agree that fish react considerably to changes in air pressure. Why? To understand the answer to that question, we should think of the "air" above as pushing down on a lake or river because of the air's weight. We now know that the weight of that air is constantly changing through air pressure changes. One key to why fish are so affected by air pressure changes is that when air pushes on the water there's no place for it to go, or at least there's very little water compression. Further, when air compresses down against a body of water, the pressure in the water itself is more (water pressure) than the difference than the air pressure has experienced because air will compress so much more. The "standard" for barometric pressure is 29.92 inches of mercury at sea level. This means "standard" air pressure will hold up 29.92 inches of mercury (if it's inverted just so). If air pressure increases, i.e. there's more weight on it, the pressure goes up, maybe to 29.99, 30.13, something like that. If air pressure goes down, there's less weight pressing down on it, so the numbers might read 29.85, 29.79, something like that. The thing to remember is that while you might imagine these fluctuation to be small (maybe because we can't feel them), fish like bass do feel these changes, perhaps dramatically because the air above is pressing down on the water where they live and the changes in the water pressure are much more dramatic than in the air.\n\nHow Pressure Affect Bass: Sorry for that lengthy explanation, but maybe this is the first time you've been able to better understand what barometric pressure is, as well as why fish are maybe more affected by these changes in their watery environment. One of the reasons bass are so challenging is that they seem more influenced by environmental changes like barometric pressure. These atmospheric pressure changes affect shallow water bass more than they do the deeper dwellers. It is thought that fish are able to monitor pressure changes via their swim bladder. We can assume that when barometric pressure goes up (higher), bass feel increased pressure on their swim bladder. The swim bladder might even compress. Does this make them feel lethargic, uncomfortable, less inclined to feed? Might high pressure even affect their equilibrium or sense of balance? Probably so on all counts, or at least that's what many people are theorizing at this moment. Recall how a bass reacts when it is kept out of the water longer than it normally take to release it? They turn on their side when you turn them loose. One plausible reason this might occur is that by being out of the watery environment for a while, their swim bladder expands considerably, fouling up their equilibrium. It probably takes a bass quite a long time to recover from this. Same deal with a marked air pressure change (up or down) which in turn affects the pressure in the water.\n\nHow To Check Your Local Pressure: What about the barometers you keep in your house? Are
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Few  processes on earth operate in isolation; areas on our planet are interconnected, which means linked to conditions elsewhere on earth. A condition, an occurrence, or a process in one place generally has an impact on other places. The exact nature of this interaction is not known. For example the presence of abnormally warm water off south Americas west coast (El Nino) seems to be related to unusual weather in other places in the world.
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I think you are talking about the 'Butterfly Effect' in weather forecasting.   With all the wonderful computers they have to help to forecast the weater, one of the staff was sitting in his garden when a butterfly flew past him.  He suddenly realised that the air movement caused by the wings can cause air movement which can increase over time, enough to cause a major storm in another part of the world.....................
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the three properties of earth science are gas, liquid, and, solid. wind (or air moving quickly) is a gas.
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Soil and climate conditions.
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It's the actual temperature with humidity, wind chill factor (if applicable), dew point and other conditions taken into consideration. There's actually a mathematical equation to figure it out but it may be hard to find since the calculations are done by computers these days.
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Contact the National Weather Service\n\nwww.weather.gov
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SAYS ME   has the right answer.\n\nOther factors are poor design research prior to construction, lack of allowance for the local weather (winds).
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Ultraviolet radiation exposure, photosynthesis and the gaseous composition of elements in the atmosphere.
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On a philosophical level.... I would say it's a natural balance derived from natural occurrences. There are many different forms of weather, but the natural capability of movement shifts in many rotations causing a range of wind that forces climate change and therefore causing dramatic changes and patterns. on more of a documented scientific note I would say:The blanket of air that covers the earth is called\n\n  the atmosphere. The bottom layer of the atmosphere is \n\n  called the troposphere. The troposphere is where all of \n\n  earth’s weather happens. Basically, our weather is \n\n  caused by two things: the sun and moisture in the air.\n\n  These two things together can form clouds, can make rain\n\n  and form thunderstorms, and cause winds to blow. Without\n\n  the sun and moisture in the air, our earth would have no \n\n  weather at all. In fact, there would be no people on our plantet\n\n  \n             Another thing that helps to cause the earths \n\n   Weather is air masses. When two air masses come \n\n   Together, the line between them is called a front. Along a\n\n   Front there is usually clouds, rain, and maybe thunderstorms.\n\n   The movement of air masses helps to cause weather \n\n   almost  as much as the sun and moisture in the air. Without\n\n   air masses, all the earth’s weather would stay in one place
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Persistence, prediction is based on what is happening now. \nTrends, speed and direction of fronts are determined to predict where they will be in the future.\nClimatology, averages weather on this date in history to make predictions.\nAnalog, compares today's scenario and with similar scenarios in the past.
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WEATHER = rain, snow, windy, cold, warm, sunny\n\nWHETHER = whether she won or lost, it does not matter to me. whether or not I pass the test, I will always know that I tried my very best. whether or not it rains, I am still going to the movies.
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www.weatherunderground.com