Phosphorus
The percolation ability of soil is important to sustaining plant life because it affects how much water is retained in the soil. If too much or too little water is in it, the plants may not have the amount it needs.
distance from Sun, surface temperature, and atmosphere of oxygen
Earth is called a life sustaining planet because it has life on it, and is currently the only known planet that supports life.
oxygen see chart at http://www.chem.qmul.ac.uk/iupac/AtWt/index.html
The most important element found on Earth for sustaining life is oxygen. It is essential for respiration in organisms, including humans, and plays a crucial role in various biochemical processes.
TemperatureOxygenWater
Phosphorus
no it does not have life sustaining and you can not live on it
No, the ear is not vital to sustaining life.
She used her last breath as a life-sustaining breath for me. This very spring proved to be life-sustaining for the pioneers.
Water is an essential element for every living thing. It is important for various biological processes like metabolic reactions, nutrient transport, and temperature regulation in organisms. Cells are comprised mostly of water and it is crucial for sustaining life.
The chemical element represented by the symbol O2 is oxygen. Oxygen plays a crucial role in sustaining life by being essential for the process of respiration, where it is used by cells to produce energy. It is also involved in various biological processes, such as metabolism and the immune system.
The percolation ability of soil is important to sustaining plant life because it affects how much water is retained in the soil. If too much or too little water is in it, the plants may not have the amount it needs.
Hydrogen is the chemical element with the symbol H and the lightest element on the periodic table, commonly found in water molecules. Oxygen is the chemical element with the symbol O and essential for sustaining life through respiration.
distance from Sun, surface temperature, and atmosphere of oxygen
Hydrogen bonds are important for sustaining life because they help hold together important biological molecules like DNA, proteins, and water. These bonds are relatively weak, allowing for flexibility and movement in these molecules, which is crucial for their functions in biological processes such as replication, metabolism, and cell structure.