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I'm guessing that you got a weather map with this particular homework assignment. Without it, it's impossible to answer; high pressure centers move with time, and no list of four real-world cities will always be near a high pressure center.TL;DR: Do your own homework.
Winds are typically stronger near a low pressure area because air flows from high pressure to low pressure, creating faster wind speeds. In contrast, near a high pressure area, the air is descending and spreading out, resulting in lighter winds.
All matter (something that has mass and takes up space) on and near Earth is subject to the pull from the Earth's gravitational field, with an acceleration rate of 9.8 m/sec. In other words, the Earth's gravity field is trying to pull every bit of matter toward the center of the Earth.
A hurricane itself is a low pressure system, but a high pressure system in the same general region can affect the path a hurricane takes. A hurricane can get caught in the clockwise airflow around a high pressure system. For example, many hurricanes in the Atlantic are affected by the Bermuda High, a semipermanent high pressure area over the northern Atlantic. Hurricanes under its influence generally start out moving west and turn north in the western Atlantic or Caribbean.
There is no specific "weather" description near isobars. Isobars are simply lines joining points of similar atmospheric pressure to indicate current and project future weather patterns related to pressure and therefore wind (movement of high pressure to low pressure). Therefore, a combination of the pressure the Isobar is indicating combined with other factors will determine the actual weather at that location.
High pressure is a form of weather and is not permanent; a place will not always be in a high pressure system.
I'm guessing that you got a weather map with this particular homework assignment. Without it, it's impossible to answer; high pressure centers move with time, and no list of four real-world cities will always be near a high pressure center.TL;DR: Do your own homework.
At the center, both the temperature and the pressure are highest. Both a high pressure and a high temperature increase the likelihood of fusion.
High Pressure Areas has little to none winds at all, but to give you some idea, the air in the High Pressure Area literally flow outward due to high density air near the center and friction to the land. Unlike storms, High Pressure Are releases winds outward on a clockwise rotation. Comparing it to magnet, High Pressure Area winds flow to Low Pressure Areas. It's due to unlike densities of the air masses. High Pressure Area contains drier and cooler so it will flow to Low Pressure Area where warmer and more moist.
Winds are typically stronger near a low pressure area because air flows from high pressure to low pressure, creating faster wind speeds. In contrast, near a high pressure area, the air is descending and spreading out, resulting in lighter winds.
High pressure at the surface
The planet Jupiter has temperatures that reach 35,500 C near the center. The high temperature is due to the atmospheric pressure and the molten lower regions.
High pressure zones are created by a phenomenon called subsidence. Subsidence occurs whenever the air in the high cools, becomes denser and moves towards the ground. Pressure increases here because more air fills the space left from the low. Subsidence also evaporates most of the atmosphere's water vapor so high pressure systems are usually associated with clear skies and calm weather.
Near the Sun's center, where it is hottest, and the pressure is greatest.
these are the subtropical high pressure zones
Away from it.
Hot and arid.