The northwest can experience a range of precipitation amounts over time, typically categorized as low, moderate, and high. Low precipitation might be around 10-20 inches annually, often seen in drier regions or during drought conditions. Moderate precipitation generally ranges from 30-50 inches, common in many coastal areas. High precipitation, exceeding 70 inches, is typically found in mountainous or heavily forested regions, especially during winter months when snowfall contributes significantly to totals.
A bar graph would be best to show the average annual amounts of precipitation received at different latitudes on Earth. Each bar could represent a latitude range (e.g., equator, tropics, temperate, polar) with the corresponding average annual precipitation amount. This would allow for easy comparison between different latitudes.
During the Paleozoic Era, which spanned from approximately 541 to 252 million years ago, precipitation levels varied significantly across different periods and regions. Overall, the era is characterized by a generally warm climate with high humidity, particularly in the early Paleozoic. Estimates suggest that annual precipitation could have ranged from 100 to over 200 centimeters in some areas, supporting lush vegetation and diverse ecosystems. However, specific values are difficult to pinpoint due to the lack of direct geological evidence.
Jupiter's atmosphere is primarily composed of hydrogen and helium, so precipitation as we know it on Earth does not occur. However, it is known to have various types of weather phenomena, such as thunderstorms and massive cyclones. These weather systems can produce precipitation-like events, such as liquid helium rain or ammonia snow.
farmers use rain gauges in their farms to know the amount of rainfall so that they could cultivate different crops by knowing the amount of rainfall
An increase in precipitation.
The northwest could experience light precipitation, moderate precipitation, or heavy precipitation over time.
The northwest could experience light precipitation, with total amounts ranging from 0.01 to 0.1 inches, which may occur frequently. Moderate precipitation can range from 0.1 to 0.3 inches, providing steady rainfall. Heavy precipitation in the northwest could see amounts exceeding 1 inch in a short period, leading to potential flooding and severe weather.
Tropical,Semiarid,Marine
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the precipitation can over load the environment with water and the soil would be to wet to produce crops
A bar graph would be best to show the average annual amounts of precipitation received at different latitudes on Earth. Each bar could represent a latitude range (e.g., equator, tropics, temperate, polar) with the corresponding average annual precipitation amount. This would allow for easy comparison between different latitudes.
"Amount" is one of those rubber words that can mean different things to different people. The 'amount' of matter in an object could be the object's mass, or it could be the object's volume.
The amount of precipitation that falls on an area depends on its seasonal climate. A high precipitation storm caused local flooding in the area.
Precipitation.
many explorers had begun to look for it for all different countries but could not find it. it does not exist
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cold / heavy / light / cloudy It depends on what precipitation you are talking about rain, snow that kind of precipitation you could use light /heavy/cold. If you mean precipitation from a chemical reaction you could use cloudy/white/coloured etc