It has layers of gases which make up for the protection for the rays
Mercury and the Moon do not have significant atmospheres. Mercury's thin exosphere mainly consists of atoms blasted off its surface by the solar wind, while the Moon has virtually no atmosphere, making them both airless bodies in our solar system.
the US is not in the southern atmosphere. it is in the northern atmosphere. northern is on the north of the equator.
The atmosphere is heated from below because the Earth's surface absorbs solar radiation, which warms the ground. The warm ground then heats the air in contact with it through conduction and convection, causing the lower atmosphere to be warmer than the upper atmosphere. This temperature difference sets up vertical air movements that drive weather systems and the circulation of the atmosphere.
The Earth's atmosphere traps heat through a process called the greenhouse effect. Greenhouse gases in the atmosphere, such as carbon dioxide and water vapor, allow sunlight to pass through and warm the Earth's surface. When this heat radiates back towards space, the greenhouse gases trap some of it, preventing it from escaping and leading to an overall warming of the planet.
the dead animals are descomposed, and the nutrients now form part of the lithosphere. The animal breathing changes the atmosphere. The animal blood or waste can change the hydrosphere A change in the biosphere, litosphere, atmosphere or hydrosphere can make another change in biosphere A change in atmosphere (more tempereture) can evaporate the water, kill the animals and plants and changes in temperature (heat and cold) can break stones (lithosphere)
rock over an iron core. no atmosphere.
The structure of the earth can be described by either the rheological or chemical properties. The structure of the earth is composed of the atmosphere, crust, continent, ocean, hydrosphere, ice cap, mantle, and the asthenosphere.
The stoma on the underside of the leaf
Glauber's salt will absorb moisture from the atmosphere and form a solution. Over time, it will dissolve completely into the water and lose its crystalline structure.
The study of Earth's atmosphere is called meteorology. Geology is the study of the Earth, including Earth's surface and interior; geologists study the origin, history, and structure of Earth and the processes that shape it over time.
An actual atmosphere on the moon is not possible, its gravity is too weak to hold it and the atmosphere would gradually drift away into space. If one built a structure (often referred to as a "dome", but it does not actually need to be dome shaped) and used it to contain a small atmosphere locally, that would work.
Altitude doesn't change uniformly because the four main layers of the atmosphere have different temperature gradients, creating the thermal structure of the atmosphere.
The transition from atmosphere III to the modern atmosphere most significantly influenced the composition and structure of the troposphere and stratosphere. These layers experienced changes in gas concentrations, particularly with respect to oxygen and carbon dioxide levels, which had a significant impact on climate and weather patterns.
Air is not a structure but rather a mixture of gases, primarily nitrogen, oxygen, and trace amounts of other gases, that make up Earth's atmosphere. It has no defined shape or form and is considered a gas.
Because Mars's structure is similar to Earth as there're dried-up riverbeds and the atmosphere has a few oxygen.
Yes, snowflakes are symmetrical because they have a six-fold radial symmetry due to their molecular structure and the way they form in the atmosphere.
A vertical thermal structure refers to how temperature changes with depth in a body of water or atmosphere. It can have a significant impact on various processes such as ocean circulation, weather patterns, and ecosystem dynamics. Understanding the vertical thermal structure is important for predicting and explaining the behavior of these systems.