I know your asking this because its probably on your science sheet so IF ITS on mine IT IS ON URS!:)
Answer:
The pressure on top of the mountains is less because your higher up so less air pressure is pushing down on u. :)
At the seashore your lower down so there MORE air pressure weighing down on u :)
Hope this helps ya out ! :)
~Destiny :D
On a sunny summer day by the seashore, the wind direction can vary based on local weather patterns and geographical factors. It is difficult to predict the wind direction without specific information on the location and current weather conditions.
The precipitation at a mountain top can vary depending on the elevation, location, and weather patterns. Generally, mountain tops tend to receive more precipitation compared to lower elevations due to orographic lift, which causes air to rise and cool, leading to the condensation of moisture and precipitation. Additionally, mountain tops may also experience more snowfall compared to rain, especially at higher elevations.
Rocks at the peak of a mountain are exposed to more extreme weather conditions, like temperature fluctuations, intense sunlight, and strong winds, leading to increased physical and chemical weathering processes. In contrast, rocks at the base of a mountain are usually shielded from such harsh conditions, resulting in slower weathering rates.
Mountain climbers would be optimistic if the weather conditions were clear skies, minimal wind, and moderate temperatures. They would want good visibility, stable footing, and comfortable conditions to ensure safety and enjoyment during their climb.
If caught in bad weather while climbing a mountain, people should seek shelter and wait for the weather to pass. Stay calm, conserve energy, and stay hydrated. If conditions worsen, it may be necessary to descend to a safer elevation.
because it is higher up from the ground so it gets different weather.
The higher one goes into the mountains, the more one notices how different the weather is compared to the weather at the bottom of the mountain. The higher up one goes, the colder and less humid it becomes.
On a sunny summer day by the seashore, the wind direction can vary based on local weather patterns and geographical factors. It is difficult to predict the wind direction without specific information on the location and current weather conditions.
Baguio and Tagaytay have cool weather due to their high elevation and proximity to mountain ranges. The high altitude results in lower temperatures and cooler climates compared to other parts of the Philippines. Additionally, these areas often experience more frequent cloud cover and rain, further contributing to the cooler weather.
The precipitation at a mountain top can vary depending on the elevation, location, and weather patterns. Generally, mountain tops tend to receive more precipitation compared to lower elevations due to orographic lift, which causes air to rise and cool, leading to the condensation of moisture and precipitation. Additionally, mountain tops may also experience more snowfall compared to rain, especially at higher elevations.
Utah is a very small State north of California along the west coast of US, weather changes are not significant but there are mountain regions and snowy mountains too of great interest to visitors.
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Mountain Weather Information Services provides information and weather forecasts for 8 regions in the United Kingdom. Their website is updated with the latest information on weather conditions, avalanche updates, and view the mountain webcams. One can also follow them on Facebook and Twitter for updates.
There are many dangers on a mountain: avalance, falling, weather, equipment, not having the experience
The Windward side
weather diary
The peak of a mountain is typically exposed to harsher weather conditions, including higher winds, more intense sunlight, and greater temperature fluctuations. This exposure increases the rate of weathering on the peak compared to rocks at the base of the mountain, which may be more sheltered from these elements. Additionally, water and ice can accumulate more readily at higher elevations, contributing to more rapid weathering processes.