There are many different types of atmospheres, but some of the most common include the atmosphere of Earth, Mars, Venus, Jupiter, and Saturn.
The atmosphere of Earth is the layer of gases that surrounds the planet. It is made up of mostly nitrogen and oxygen, with smaller amounts of other gases like carbon dioxide, water vapor, and argon. The atmosphere protects us from harmful radiation from the sun and helps to regulate the Earth's temperature.
The atmosphere of Mars is much thinner than the atmosphere of Earth. It is made up mostly of carbon dioxide, with small amounts of other gases like nitrogen and oxygen. The atmosphere of Mars is not thick enough to protect the planet from harmful radiation from the sun, and it is not warm enough to support liquid water on the surface.
The atmosphere of Venus is the thickest atmosphere in the solar system. It is made up mostly of carbon dioxide, with small amounts of other gases like nitrogen and oxygen. The atmosphere of Venus is so thick that it traps heat from the sun, making the surface of Venus the hottest in the solar system.
The atmosphere of Jupiter is the largest atmosphere in the solar system. It is made up mostly of hydrogen and helium, with small amounts of other gases like methane and ammonia. The atmosphere of Jupiter is so large that it extends for thousands of miles above the surface of the planet.
The atmosphere of Saturn is similar to the atmosphere of Jupiter, but it is not as large. It is made up mostly of hydrogen and helium, with small amounts of other gases like methane and ammonia. The atmosphere of Saturn is also very cloudy, making it difficult to see the surface of the planet.
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Answer: An example of atmosphere is the ozone and other layers which make up the Earth's sky as we see it. An example of atmosphere is the air and gases contained inside a greenhouse.
Explanation:
The tissue that lies beneath the epidermis and makes up the majority of the plant is called the ground tissue.
Ground tissue is a type of plant tissue that performs various functions, such as storage, photosynthesis, and support. It is found in stems, leaves, and roots of plants.
There are three types of ground tissue:
1. Parenchyma: This type of ground tissue is composed of thin-walled cells with large central vacuoles. It is responsible for storage, photosynthesis, and the secretion of enzymes and hormones.
2. Collenchyma: Collenchyma cells have thickened cell walls and provide flexible support to the plant. They are found in young stems, leaf veins, and petioles.
3. Sclerenchyma: Sclerenchyma cells have thick, lignified cell walls and provide rigid support to the plant. They are found in mature stems, leaves, and seed coats. Sclerenchyma cells are dead at maturity and are responsible for the hardness of structures like nutshells.
These three types of ground tissue work together to provide structural support, storage, and photosynthesis within the plant.
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B. Glycolysis
C. The breakdown of glucose into pyruvic acid
D. Krebs cycle
The water bodies affects the climate of the particular place because it influences the air pressure near the water bodies.
The heated air takes much energy to heat the water bodies so the environment there is moderate.
In case when the air is cooler than water then heat goes from water to air and it does not takes much energy to raise the temperature of the air.
In this way the climate is moderate at the coastal regions.
c. hydrogen
b. energy
d. glucose
The correct answer is b - energy
Chlorophyll is a green pigment that has light absorbing ability. Light from the sun contains energy in the form of photons.
The photons are trapped by chlorophyll and are used to provide power to split water molecules in the leaf in the process of photosynthesis.
Because chlorophyll is a pigment that absorbs light, it is called a photoreceptor. By absorbing light energy, chlorophyll is vital in the photosynthesis and without it, green plants would not be able to get power to run photosynthesis.