atmospheric gases that have a green house effect:
* NO * NO2 * N2O2 * SO2
* SO3
* H2S * CO * H2O (both positive and negative effects)
* O3 (a negative effect of course) * Ar In fact it could be said that any atmospheric gas has some green house impact as all gases have an absorption spectrum and a radiation spectrum.
The angle of the sun's rays impacts the intensity of heat received on Earth's surface. When sunlight hits at a higher angle, the heat is concentrated over a smaller area, leading to higher temperatures. In contrast, lower angles spread the heat over a wider area, resulting in cooler temperatures.
Three factors that weaken a hurricane during development are wind shear, cooler sea surface temperatures, and dry air intrusions. Wind shear disrupts the organization of the storm, cooler sea surface temperatures reduce the heat and energy available for the storm, and dry air can inhibit thunderstorm activity needed for hurricane development.
No, hurricanes are weather events that form over warm ocean waters. They are driven by a combination of atmospheric conditions such as warm sea surface temperatures, coriolis effect, and atmospheric instability. Geologic events, such as earthquakes, do not cause hurricanes.
The two main factors that cause differences in wind speed are the pressure gradient and the Earth's rotation. The pressure gradient is the difference in air pressure between two points, which drives the movement of air. The Earth's rotation also influences wind speed through the Coriolis effect, which deflects air to the right in the Northern Hemisphere and to the left in the Southern Hemisphere, creating wind patterns.
The temperature differences between low and high latitudes are primarily due to variations in the angle of sunlight. At low latitudes, near the equator, sunlight is more direct and concentrated, leading to higher temperatures. In contrast, at high latitudes, sunlight is more spread out and less intense, resulting in cooler temperatures.
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The angle of the sun's rays impacts the intensity of heat received on Earth's surface. When sunlight hits at a higher angle, the heat is concentrated over a smaller area, leading to higher temperatures. In contrast, lower angles spread the heat over a wider area, resulting in cooler temperatures.
The dates of maximum and minimum temperatures do not coincide with the dates of maximum and minimum insolation because temperature is not only affected by the amount of incoming solar radiation but also by factors like cloud cover, humidity, and heat capacity of the surface. These factors can cause delays in the heating and cooling of the Earth, resulting in differences between the timing of maximum insolation and maximum temperature.
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The Earth's tilt and orbit cause seasonal temperature changes.
The differing air temperatures cause the winds.
Magma is propelled to the surface by temperature differences, which cause convection currents. The temperature differences result from radioactive elements within the mantle.
Three factors that weaken a hurricane during development are wind shear, cooler sea surface temperatures, and dry air intrusions. Wind shear disrupts the organization of the storm, cooler sea surface temperatures reduce the heat and energy available for the storm, and dry air can inhibit thunderstorm activity needed for hurricane development.
Temperature differences are primarily caused by variations in the amount of solar energy received at different locations on Earth due to factors such as latitude and elevation. Additionally, differences in surface characteristics, such as land cover (e.g. forests vs urban areas) and water bodies, can also influence temperature by affecting the absorption and reflection of solar radiation.
The differing air temperatures cause the winds.
Condensation on the outside of a windshield occurs when warm, moist air comes into contact with the cooler surface of the glass, causing the water vapor to cool and condense into tiny droplets. This often happens in the early morning or evening when temperatures drop, particularly in humid conditions. Additionally, factors such as temperature differences between the inside and outside of the vehicle can contribute to this phenomenon.
Differences in air temperature and pressure usually cause wind, otherwise any kinetic energy can cause the movement of air. High pressure goes to low pressure, hot to cold. High temperatures have low pressures and low temperatures have high temperatures. Wind goes to low pressured areas to fill them in.