At what point does the temperature(weather) reach the "highs" and at what point does it reach the "lows"?
445696
The highs and lows are an estimate. The temp fluctuates between the two.
14062
Your temprature of 36 degrees is simply a ground level temprature.  It is not the air temprature of the weather system that you are currently within.  Because of that, the air temprature above you, where the snoe will form is quite a bit colder.  Once snow starts to form within the weather system, the ground temprature will begin to drop from 36 Degrees to around 30-28 degrees for a short period of time.  From 22-28 degrees snow falls best.  THe sudden drop in temprature isn't that hard to predict, so chances are your weather station was indeed correct.
407481
According to wikipedia (as far as weather is concerned!):\n"Calm conditions, especially with clear skies, indicate the dominance of a high pressure area. Because highs are regions of descending air, they discourage the formation of phenomena typically associated with weather, such as clouds, wind, and precipitation. Calm conditions, though, may also result from a circumstance known as "the calm before the storm," in which a large thunderstorm cell to the west may be updrafting the westerly wind before it can arrive locally. This situation is readily identifiable by looking to the west — such an approaching storm will be close enough to be unmistakable."\n\nThere you have it! :-)\nhttp://en.wikipedia.org/wiki/Weather_lore
98940
Depends on where it is - temperature, humidity, insects, whether it is open to air, etc.
310139
If you live in the US, most weather systems track west to east. A low pressure system rotates clock-wise and a high pressure system rotates counter-clockwise. Wind speeds are shown by flags and the more flags, the faster the wind is. Just east of a cold front, which is a low pressure system and takes approx 1 week to travel across the US, is called the "warm zone". It is typically warm and humid. As the cold front passes, the wind shifts to the west. This area is associated with rain, strong winds and thunderstorms. Following the cold front generally mild weather persists as the high pressure system sets in.
28165
climate or atmosphere
614189
when the location that you live in is closes to the sun, that is when you have summer. when it's farthest away, then you have winter, and so forth and so on. also, you should probably know that when it is winter in the northern hemisphere, it's summer in the southern hemisphere, and vice versa.
634619
It depends, if you mean the high and low when they are showing the forecast, then it means the high and low temperatures for the day. If you mean the red H and the blue L they show on the maps, then it means high pressure and low pressure.
215410
It's basically how much colder the wind makes it feel like outside. That's why the weather websites (http://www.weather.com/) they tell you the actual temperature and what it really feels like. The "what it feels like" temperature is the actual temperature minus the wind chill.
1022014
well if the wind is not blowing then you will have high pressure and rising until the weather is about to change. not sure about the other stuff you typed under your major question.
722101
Surface Temperature = 5500ºC\n\nCore Temperature = about 15,000,000ºC
627656
Today\n\n\nChance\nTstms\nHi 86°F Tonight\n\n\nChance\nTstms\nLo 75°F Thursday\n\n\nChance\nTstms\nHi 85°F Thursday\nNight\n\nChance\nTstms\nLo 76°F Friday\n\n\nChance\nTstms\nHi 87°F Friday\nNight\n\nChance\nTstms\nLo 73°F Saturday\n\n\nIsolated\nTstms\nHi 89°F Saturday\nNight\n\nIsolated\nTstms\nLo 73°F Sunday\n\n\nChance\nTstms\nHi 89°F
332253
For most places most days, it is usually early-mid afternoon - about 2-3 PM standard time. Afterward, the ground cools more than the heat it receives from the sun (which may be thru clouds). Yet this varies quite a bit according to time of year, location, and the type of weather which occurs. A few examples:\n\nLocations near the coast of oceans or very large lakes often get an sea/lake breeze which develops after daytime heating has reached a certain point - especially during summer. When this occurs early, the daily maximum temperature may occur before noon.\n\nA mountain slope facing E-SE heats very quickly during a sunny morning because the sunshine is more direct on it - especially near the top where the nocturnally-cooled surface layer is shallow. Such places may reach a maximum temperature around noon or slightly afterward then become cooler when the sun is not shining so directly. Similarly a slope facing SW-W may be warmest late afternoon. This refers to locations in the Northern Hemishphere.\n\nDepressions or low areas where cool air can collect and fog is common overnight often don't reach their maximum temperatures until mid-late afternoon.\n\nA cold front passes a location around daybreak and then skies clear. Sunshine causes temperature to increase during morning, but the cold flow behind the front eventually prevails and afternoon becomes colder.
212537
Well considering temperature is just a measure of the speed of the particles moving in a substance, the lowest temperature would be where there is no motion in the particles of a substance. This is called absolute zero which is measured as −459.67°F. This has never been acheived by scientists but they have come to within several thousanths of a degree away from it.
329507
I imagine what you mean is that, if temperature goes from higher to lower the "delta T", or change in temperature, is negative. If it goes from lower to higher, the "delta T" is positive
1044977
Climate is the weather for a specific place over a certain amount of time and weather is what is happening outside right now.
947849
The higher the altitude, the lower the atmospheric pressure. The less atmospheric pressure that bears down on the surface of the liquid, the easier it is for water molecules to escape into the air. Thus, the water comes to its full rapid boil at a lower temperature in the mile-high city of Denver than it can in coastal Miami. For each thousand feet above sea level, the boiling point of water drops almost 2° F.