The atmospheric movements would mean the movement of the gaseous mass surrounding our planet upto 1000 km called air which is already a mixture of 21% oxygen,78% Nitrogen and 1 % other gases and is one of the important components of our bio system.
The movement of this mass due to factors like temperature will result in convection currents globally or even topically in differentiated mass pressure & temperature to bring about weather changes at a particular place in a given time (time period) with changing variables like moisture,wind velocity,temperature etc. These variable alterations (for instance a low pressure) could make weather surrounding in air (atmosphere) to move suddenly until the pressure balances. Such movements cause hurricanes with rains (rain clouds are moved with wind). Condensation of moisture at cold high altitude could result in mild rains or showers with hail in some areas depending on the geographical features. Moisture variables could result in a humid or dry conditions.
The annual air movements with annual seasons in earths movement and proximity to the sun results in long term pattern called monsoon or climate.
The atmosphere is the reason we have weather.
Yeah, so the constent motion just cause different weather.
clouds are in your imagination. they are not real. however, if you put your mind to it, you may become a cloud, and then you can change weather by peeing.
no you have to get different kinds of rates to know that i the exact answer.
There are two distinct disciplines the study of gases. Aerostatics is the study of gases that are stationary or not moving. It studies density allocation. Aerodynamics is the study of gases that are in motion. People in this field study the motion of air and how it interacts with solid objects.
Resistance to the motion of an object is friction. Several different kinds of friction exist, including dry, fluid, lubricated, skin, and internal.
You need a frictionless mechanism for perpetual motion. Even with zero contact, the atmosphere itself exerts friction. If you were able to devise a zero contact mechanism in a vacuum, you would still need a propulsion system that would create as much energy as it uses, so far this is not possible.
I think you mean which of newton's laws explains the weather. The quick answer is all three of them, but mostly his second law, F=ma. However, there really isn't a correct answer to your question, explaining the weather is part of the field of atmospheric sciences (which includes meteorology and climatology) and involves extremely complicated math, physics (a lot of fluid dynamics), and computer modeling. However, the physics would, in part, be derived from newton's three laws of motion.
butt
This phenomenon is known as wind. Wind is caused by differences in air pressure and temperature, resulting in the movement of air masses across the Earth's surface. This movement can lead to various weather patterns and conditions.
Yes, the ball is undergoing acceleration even if it is moving at a constant speed. This is because its direction is changing as it moves around the circular structure, leading to a continuous change in velocity, which is a form of acceleration known as centripetal acceleration.
Atmospheric circulation sets the energy in the transfer atmosphere in motion
Heat from the sun warms the Earth's surface, causing air to rise and creating areas of low pressure. Cooler, denser air then moves in to fill this void, creating wind and atmospheric motion. This constant cycle of heating and cooling drives the movement of air in the atmosphere.
meteorology is about wheather, so it is on earth science. It studies the Earth's atmosphere and all the meteological (weather) phenomena that occur in our atmosphere. It deals with stuff related to energy (heat), matter (air), motion (wind), force/gravity (Corioli effect, air pressure, etc). I think it should be both earth and physical science
The primary energy source for the motion of gas in the atmosphere is solar radiation. The Sun's energy is absorbed by the Earth's surface, causing it to heat up and in turn heat the air above it, creating temperature and pressure gradients that drive atmospheric circulation.
Yes, different types of motion can occur at different rates depending on various factors such as speed, distance, and acceleration. For example, an object rotating may have a different rate of motion than an object translating. Similarly, an object experiencing free fall will accelerate differently than an object sliding on a frictionless surface.
For as long as there have been an atmosphere on our planet there have been various conditions causing different weather and motion in the atmosphere. The first hurricane probably appeared before our seas were formed. Quite a few million years ago. Above information valid only for our planet earth. If counting other planets into this question, then the chances are that hurricanes are almost as old as the universe itself. The universe only needed to stabilize slightly, form a few suns and planets with an atmosphere and there were hurricanes.
Meteorology is the study of atmospheric phenomena; weather is the current state of the atmosphere; and climate is the long-term variations in weather for a particular area. All of these aspects of earth science have to deal with the atmosphere of the study of the atmosphere.
... is called "convection"
air movement