Can an experiment be designed to test the effects of the greenhouse effect on the rise in atmosphe

Updated on science 2024-05-22
5 answers
  1. Anonymous users2024-02-11

    Because of the carbon dioxide relationship, the infrared light cannot go, so it is reflected, reflected, and slowly heated. Probably a bit general.

  2. Anonymous users2024-02-10

    Take a look at the IPCC definition of greenhouse gases:

    Greenhouse gases (GHG).

    Greenhouse gases refer to the natural or man-made gas components of the atmosphere that it.

    They are able to absorb and release thermal infrared radiation from the Earth's surface, atmosphere, and clouds.

    Radiation of a specific wavelength within the emission spectrum. This property leads to the greenhouse effect.

    Water vapour. h2O), carbon dioxide.

    CO2), nitrous oxide.

    N2O), methane.

    ch4).

    Ozone (O3) is the main greenhouse gas in the Earth's atmosphere. In addition, the atmosphere also.

    There are many fully anthropogenic greenhouse gases, such as the Montreal Annexation Protocol

    Halocarbons and other chlorine- and bromine-containing substances involved. In addition to CO2, N2O and .

    In addition to CH4, the Kyoto Protocol regulates sulfur hexafluoride (SF6) and hydrofluorocarbons.

    HFC) and perfluorocarbons (PFCs) are greenhouse gases.

    If there are three blanks for you to fill in, it is.

    co2)ch4)

    n2o)

  3. Anonymous users2024-02-09

    1. Introduction to the greenhouse effect:

    1. The greenhouse effect, also known as the "flower house effect", is a common name for the atmospheric effect. The atmosphere can make the solar short-wave radiation reach the ground, but a large number of long-wave thermal radiation released outward after the surface is heated is absorbed by the atmosphere, which increases the temperature of the surface and the lower atmosphere, because its effect is similar to the greenhouse for cultivating crops, so it is called the greenhouse effect.

    2. The greenhouse effect refers to the thermal insulation effect formed by the lack of thermal convection between the confined space that transmits sunlight and the outside world, that is, the solar short-wave radiation can penetrate the atmosphere into the ground, and the long-wave radiation released after the ground warms is absorbed by carbon dioxide and other substances in the atmosphere, resulting in atmospheric warming or Sun Hong's effect. Carbon dioxide in the atmosphere is like a thick layer of glass, turning the earth into a big greenhouse.

    Second, the main impact:

    1. Greenhouse gases effectively absorb infrared radiation emitted by the same gases and clouds on the earth's surface, the atmosphere itself. Atmospheric radiation is emitted in all directions, including to the Earth's surface below. Greenhouse gases trap heat in the terrestrial tropospheric system.

    This is known as the "natural greenhouse effect". Atmospheric radiation is strongly coupled to the temperature level of its gas emissions.

    2. The increase in greenhouse gas concentration leads to the enhancement of the ability of the atmosphere to be opaque to infrared radiation, which leads to the emission of effective radiation into space from low temperatures and high altitudes. This creates a radiative forcing, an imbalance that can only be compensated for by an increase in the temperature of the surface tropospheric system. This is known as the "enhanced greenhouse effect".

  4. Anonymous users2024-02-08

    The greenhouse effect is mainly caused by the increase in the amount of (carbon dioxide) in the atmosphere Hermi.

    Expansion of knowledge about the greenhouse effect:

    The greenhouse effect, also known as the flower house effect, is a common name for the atmospheric effect. The atmosphere can make the solar short-wave radiation reach the ground, but a large number of long-wave thermal radiation released after the surface is heated is absorbed by the atmosphere, so that the temperature of the surface and the lower atmosphere increases.

    Since the Industrial Revolution, the amount of heat-absorbing greenhouse gases such as carbon dioxide emitted into the atmosphere by humans has increased year by year, and the greenhouse effect of the atmosphere has also increased, causing a series of problems that have attracted the attention of countries around the world.

  5. Anonymous users2024-02-07

    The greenhouse effect is supposed to be caused by the greenhouse gases, because ()aBlocks the heat from the ground (correct answer staring).

Related questions
6 answers2024-05-22

The greenhouse needs to have a thermometer and small creatures that you need to control the temperature. or related containers, tables and test tubes, water containers, etc. Drainage system, power supply system. Fill light, control, etc.

5 answers2024-05-22

In recent years, scientists have pointed out that the global climate warmed significantly in the 20th century, and that average temperatures have risen now compared to the beginning of the 20th century. It is true that the global climate has been warming throughout the 20th century, but is it because of the "greenhouse effect"? Will it continue to warm? >>>More

10 answers2024-05-22

If it is a chemistry problem, then please take a deep breath and blow into the clarified lime water with a straw, the lime water becomes turbid, and carbon dioxide is produced. >>>More

10 answers2024-05-22

(1) The burning match is placed at the mouth of the bottle, and the extinguishing proves that the CO2 is full, (2) the internal temperature of the CO2 gradually becomes higher, and finally it is stable, and the image is uphill, and finally stable; The internal temperature of the air begins to rise slowly, the image is an S line, and finally it is stable, (3) The internal air pressure is unstable, and the tightness should be noted. Explanation: (1) CO2 does not support combustion, (2) the air contains water vapor, which is liquefied by heat to absorb heat energy, and (3) the gas is thermally expanded and contracted, and the water vapor is liquefied by heat. That's it.

11 answers2024-05-22

1. Experimental equipment: syringes, needles.

Method steps: prick the egg shell with a needle in a small eye, insert the needle of the syringe at the small eye, pay attention to the gap between the small eye and the needle, and try to be as dense as possible. Then use a syringe to slowly pump in through this little eye, increasing the pressure in the eggshell. >>>More