That is when cells continue to resparate /metabolise / use of oxygen to stabilise its self.by restoring its stability.
Because plants need CO 2 to process into oxygen. No CO2 = no oxygen production.
The production of CO2 from limestone, known as calcination, is not a direct way to produce CO2 as it releases it as a byproduct. Economically, this process can be viable in industries that can capture and utilize the released CO2, such as in the production of cement or in carbon capture and storage technologies.
The production of carbon dioxide (CO2) is directly related to the rate of cellular respiration in the body, as CO2 is a byproduct of this metabolic process. During cellular respiration, glucose is broken down to produce energy, and CO2 is generated during the conversion of pyruvate in the Krebs cycle. An increase in cellular respiration rate, such as during exercise, leads to higher energy demands and subsequently more CO2 production, which the body then needs to expel through breathing. Thus, monitoring CO2 levels can provide insight into metabolic activity and the efficiency of respiration.
yes there is CO2 that comes out of gasoline
Aerobic
During exercise, your body produces more CO2 as a result of increased metabolism and the need for more oxygen to fuel your muscles. This increased metabolism results in higher CO2 production, which is then expelled through respiration.
Unfortunately no. The "smoke" will be rather small and there is an extreme freeze risk for anyone holding the bottle and sprayer.
Rapid exhalation of CO2 during exercise leads to a decrease in blood CO2 levels, resulting in a shift of the carbonic acid equilibrium to produce more bicarbonate ions. This increases the concentration of bicarbonate ions and decreases the concentration of H2CO3 in the blood.
When more than 200ppm of CO2 is added, the rate of oxygen production during photosynthesis may decrease. This is because high levels of CO2 can inhibit the enzymes responsible for photosynthesis in plants, leading to a decrease in oxygen production.
The buildup of carbon dioxide (CO2) in muscles leads to a decrease in pH, creating a more acidic environment. This acidosis can impair muscle function by reducing the efficiency of energy production and interfering with the binding of oxygen to hemoglobin, which affects oxygen delivery. Additionally, elevated CO2 levels can cause fatigue and decreased exercise performance, as the body struggles to maintain homeostasis and clear the excess CO2.
Laundry requires energy, energy generation usually releases CO2 to the atmosphere.Additionally, production of detergents also results in CO2 emissions.
your bent d*ck