The can survive fr a long period of time outside a persons body.
D. All of the above
There would be new plants and animal life in other locations, the layout of the land varies throughout the world, and there are different climates where soils are formed.
I hope this helped
<u>Answer:</u>
<em>The balanced chemical equation showing relationship between photosynthesis and aerobic respiration are </em>
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<u>Explanation:</u>
<em>Photosynthesis is the basic process by which plants derive energy. </em>They require sunlight, carbon dioxide and water to perform photosynthesis. Carbon dioxide and water combine in the <em>presence of sunlight</em> to produce glucose and oxygen. Energy is obtained from this glucose.
In aerobic respiration glucose combines with <em>oxygen and gets broken down into carbon dioxide, water and energy. This energy is in the form of ATP. </em>
Plant types matched with their descriptions
- Hydrophytes - Aquatic plants
- Mesophytes - Plants with habitats that are neither too wet nor too dry
- Xerophytes - Plants with very dry habitats
Hydrophytes are aquatic plants that may be free floating, fully submerged or partly submerged (amphibious) in water. The vascular tissue of hydrophytes is very poorly developed. Examples of hydrophytes are Ottelia, Sagittaria and Utricularia.
Mesophytes are plants that live in habitats that have a moderate supply of water (neither too wet nor too dry. Mesophytes are usually large, fast growing, and have well developed roots and leaves. Examples of mesophytes are clover and maize (corn).
Xerophytes are plants that are able to thrive with very dry habitats where the available soil water is low. Examples of xerophytes are Acacia and Carthamus.
Answer:
The four most abundant elements in the human body – hydrogen, oxygen, carbon and nitrogen – account for more than 99 per cent of the atoms inside you. They are found throughout your body, mostly as water but also as components of biomolecules such as proteins, fats, DNA and carbohydrates.
