we must throw our garbage where it suppost to go.
waste
Living things need water in their cells. Water is the universal solvent - most of the chemicals a cell needs is dissolved and transported in water. Water is an environment where chemical reactions can occur and water is needed in many of those reactions - like the hydrolysis reaction (needed in the break down of food molecules). If a cell becomes dehydrated chemical reactions slow down. Chemical balance of the cell is changed as waste materials are not removed fast enough, food is not broken down, etc. Water also helps regulate the heat that can build up in a cell during chemical reactions. A dehydrated cell = increase in cell temp. Water content of a cell also affects the pH of a cell environment. Certain reactions occur better at certain pH. Homeostasis is maintaining a balance with the environment. Without water the balance is upset.
peroxisomes. peroxisomes are organelles that collect the toxic peroxides that are the unavoidable by-products of chemical reactions within the cell.
Yes, they are called enzymes. Not only do they enhance the rate of the specific chemical reaction, also they do this with "a 100% YIELD" - that is (i. e.) with no waste byproducts! { The True Source of Their Power }
It's physical when you eat it because it is still the same thing just the shape changed it doesn't turn to chemical until it goes through your digestive system and it turns to waste.
FUNGI?????????
waste
yes some chemical reactions are harmful to us. as digestion of food, photosynthesis, decomposition of organic waste are some examples of the useful chemical reactions.
Metabolism is the total amount of chemical processes that occur in living organisms. The process causes growth, energy and eliminate waste.
Living things need water in their cells. Water is the universal solvent - most of the chemicals a cell needs is dissolved and transported in water. Water is an environment where chemical reactions can occur and water is needed in many of those reactions - like the hydrolysis reaction (needed in the break down of food molecules). If a cell becomes dehydrated chemical reactions slow down. Chemical balance of the cell is changed as waste materials are not removed fast enough, food is not broken down, etc. Water also helps regulate the heat that can build up in a cell during chemical reactions. A dehydrated cell = increase in cell temp. Water content of a cell also affects the pH of a cell environment. Certain reactions occur better at certain pH. Homeostasis is maintaining a balance with the environment. Without water the balance is upset.
yes as long as you are alive you body will be making waste from chemical reactions. This waste cannot stay in your body or you will develop uremia.
Cellular debris is all the stuff thats left after a cell dies, lyses or undergoes apoptosis.
There are three main types of chemical waste. These include general chemical waste, highly reactive chemical waste, as well as chemically contaminated solid waste.
Chemical reactions can be produce waste, byproducts, toxic gaz, that can do harm if not well contained.
Living things need water in their cells. Water is the universal solvent - most of the chemicals a cell needs is dissolved and transported in water. Water is an environment where chemical reactions can occur and water is needed in many of those reactions - like the hydrolysis reaction (needed in the break down of food molecules). If a cell becomes dehydrated chemical reactions slow down. Chemical balance of the cell is changed as waste materials are not removed fast enough, food is not broken down, etc. Water also helps regulate the heat that can build up in a cell during chemical reactions. A dehydrated cell = increase in cell temp. Water content of a cell also affects the pH of a cell environment. Certain reactions occur better at certain pH. Homeostasis is maintaining a balance with the environment. Without water the balance is upset.
Not necessarily. This only happens in decomposition reactions, where energy reacts to break apart a compound. In, say, a synthesis reaction, sodium and chlorine combine, but don't leave a waste product. A physical change differs from a chemical change in that the product is the same substance, while in a chemical change it forms a/some different substance. Think about ripping a sheet of paper-is it still paper? If you burn the sheet of paper-is it still paper
Life is basically little soap bubbles with water and enzymes floating around inside. There is no life, as we know it, without enzymes. Enzymes impact every aspect of life like, energy production, reproduction, and everything else.