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equator
A cold front would likely be a front that would produce hail and tornadoes in an area because cold fronts are different than warm fronts. Cold fronts are usually fronts that cause storms and if they have the right recipe it could produce damaging winds, hail and sometimes if it's very strong, tornadoes.
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Most storm systems are low pressure systems. A low pressure system draws air inward and upward at and near ground level. This can lead to the development of storms. Low pressure systems in the middle latitudes often produce fronts, which can act as wedges that lift air upward to form storms. These fronts often form troughs, or elongated areas of low pressure.
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Cloudy conditions
Cold fronts are more likely to produce severe thunderstorms and heavy rain that may lead to flooding.
Weather maps can provide information including patterns of weather systems. Forecasts give a summary of the most likely weather that is incoming towards a specific area. For example, the weather forecast for CT for tomorrow is mostly sunny with a high temp. of 78 degrees. This information provides me knowledge of the upcoming conditions.
equator
Ocular hypertension. If high eye pressure is not controlled it can lead to other conditions, like glaucoma.
stationary fronts would most likely be responsible for several days of rain and clouds.
stationary fronts would most likely be responsible for several days of rain and clouds.
stationary fronts would most likely be responsible for several days of rain and clouds.
stationary fronts would most likely be responsible for several days of rain and clouds.
A cold front would likely be a front that would produce hail and tornadoes in an area because cold fronts are different than warm fronts. Cold fronts are usually fronts that cause storms and if they have the right recipe it could produce damaging winds, hail and sometimes if it's very strong, tornadoes.
There are four types of fronts that will be described below: cold front, warm front, stationary front, and occluded front.To locate a front on a surface map, look for the following:sharp temperature changes over relatively short distances,changes in the moisture content of the air (dew point),shifts in wind direction,low pressure troughs and pressure changes, andclouds and precipitation patterns.Cold fronts tend to be associated with the most violent weather among all types of fronts.Cold fronts tend to move the farthest while maintaining their intensity.Warm fronts are typically less violent than cold fronts.Although they can trigger thunderstorms, warm fronts are more likely to be associated with large regions of gentle ascent (stratiform clouds and light to moderate continuous rain).Stationary front- a front that does not move or barely moves.Stationary fronts behave like warm fronts, but are more quiescent.Many times the winds on both sides of a stationary front are parallel to the front.Typically stationary fronts form when polar air masses are modified significantly so as to lose their character (e.g., cold fronts which stall).Occluded fronts are indicative of mature storm systems (i.e., those about to dissipate).The most common type of occlusion in North America is called a cold-front occlusion and it occurs when the cold front forces itself under the warm front. The weather ahead of the cold occlusion is similar to that of a warm front while that along and behind the cold occlusion is similar to that of a cold front.