Cell Reaches equilibrium
It is easier to determine the chemical structure of dead tissues because chemical reactions that break down tissue stop occurring after death. In living flesh, ongoing biochemical reactions can alter the chemical composition and structure, making it more challenging to analyze. Additionally, the preservation methods used on dead tissues can help stabilize their chemical structure for analysis.
Rotting of a dead animal is a chemical change because it involves the breakdown of molecules in the body, resulting in the formation of new substances. This process is driven by chemical reactions with microorganisms breaking down the organic material.
I think that every organelle is dead in a dead cell
In the original design, the zinc electrodes reacted with the sulfuric acid and the electrodes where used up. Bubbles of hydrogen gas formed on the copper electrodes, preventing the solution from touching large portions of the surface, slowing down cell reactions.
When something is alive, there are chemical reactions going on constantly within it. The technical definition of being deadis that of chemical equilibrium. When a system (for example, a beaker with chemicals inside it, or an animal) is in chemical equilibrium, there is no reaction that can take place without an input of energy. Since an animal in chemical equilibrim cannot do anything, it is considered completely dead.So, in short, dying (that is, ceasing to be alive) is nota chemical change. Instead, dying is a lack of chemical change.
It is easier to determine the chemical structure of dead tissues because chemical reactions that break down tissue stop occurring after death. In living flesh, ongoing biochemical reactions can alter the chemical composition and structure, making it more challenging to analyze. Additionally, the preservation methods used on dead tissues can help stabilize their chemical structure for analysis.
Rotting of a dead animal is a chemical change because it involves the breakdown of molecules in the body, resulting in the formation of new substances. This process is driven by chemical reactions with microorganisms breaking down the organic material.
Without chemical reactions life wouldn't exist, plants couldn't convert light to energy, we couldn't convert meat to energy, cars wouldn't run, wood wouldn't burn, the universe would be dead. Chemical reactions are at the heart of most of the processes of the Universe.
Chemical reactions need to keep moving in one direction or the other-- either giving off energy, or using it up. If chemical reactions were at equilibrium, no energy is being absorbed nor given off, therefore nothing would happen.
A dry cell battery loses power over time due to a variety of factors such as self-discharge, chemical reactions, and internal resistance. Even if it is not in use, these processes continue slowly draining the battery's energy and ultimately leading to it becoming "dead" or unable to hold a charge.
I think that every organelle is dead in a dead cell
A dead man
A Dead Cell?
In the original design, the zinc electrodes reacted with the sulfuric acid and the electrodes where used up. Bubbles of hydrogen gas formed on the copper electrodes, preventing the solution from touching large portions of the surface, slowing down cell reactions.
Dead cell, or dead short.
A dead or dormant cell.
If it has a dead cell the battery will not hold a charge and must be replaced.