Photosynthesis

Of course. Photosynthesis occurs in all green-leaved plants.

A chemical reaction will occur not only at one temperature; however, the turnover is higher in a warmer ambient. To provide an example, plants are growing much faster the warmer it gets during spring.

In the human body the temperature is at 37°C, but lower in the extremities, at the skin. Even more extremes can be observed in extraordinary situations like heat (fever, sauna) or when freezing (hypothermia). Under each of these situations the body must function and likewise the reactions need to work.

A typical biological, enzymatic reaction (glycolysis or citrate cycle) can take place from below 0°C (salts keep the water melted) to 45°C or much higher (thermophil bacteria: higher than 100°C, high water preasure keeps the boiling temperature even higher).

There are two wave lengths that are absorbed well. Red and blue colors are the best.

The mitochondria

Chemical energy

Pandas are very independent creatures. They do not travel in groups or packs. The only time you may see a panda with another one is in a zoo, mating season, or when a female panda has not left her young yet. Panda have teeth.

Photosynthesis

Ultimate and just like in cellular respiration, they fall down their electrochemical gradient through an ATP synthase where they power ATP production.

Photosynthesis is how plants and some bacteria use the sun's energy to produce sugar so that they can produce ATP. It is also how they make their own food in order to stay alive.

Photosynthesis happens rapidly when there is sunlight. Sunlight is a main factor necessary for Photosynthesis. So if the temperature is not hot enough, photosynthesis might not happen as rapidly as it happens when the sunlight is directly there.

theres isn't a simple answer to this type of question. Not only are there soical and enviormental factors but prerequiste which can influence these factors themselves.

in regards to social there could be a political change resulting in disruption of the police force which can be seen from countless revolutions, the emergence of a new class which would not only affect the social aspect but also the econmoical.

as for the enviormental factors there could be such events as a natural disater which has been seen in new Orleans and also freak weather patterns affecting transport and the ability of the authorities enabling the growth of crime and also affecting crops and the availability of food resulting in crime.

the economical factors are the destruction of the motor market in Detroit, MI which has impacted all residents and has made Detroit the most dangerous city in the US.

Some raw materials that can light a bulb include electricity (from a power source), a filament (usually made of tungsten), a glass bulb to contain the filament, and inert gases like argon or nitrogen to prevent the filament from burning. These materials work together to produce light when the filament heats up and emits photons.

Barley is a C3 plant, which means it undergoes photosynthesis using the C3 pathway. Factors such as light intensity, temperature, and water availability can affect the rate of photosynthesis in barley. In general, healthy barley plants that receive sufficient light, water, and nutrients can carry out photosynthesis efficiently.

glucose is made during photosynthesis

The Calvin cycle produces glucose as the primary energy-rich organic compound. During this process, carbon dioxide is fixed and converted into sugars using ATP and NADPH generated in the light-dependent reactions of photosynthesis. Glucose serves as a vital energy source for plants and can be used for growth, energy storage, or converted into other organic molecules.

First of all, chlorophyll is NOT an enzyme. Enzymes are proteins. Chlorophyll is not a protein nor is it constructed of amino acids. It is a pigment and has a pretty simple structure compared to proteins. It's fairly easy to find it's structure in college textbooks or on the internet.

Functionally, some people think it is like an enzyme because they think it is a catalyst. Working in concert with other substances including true enzymes and other proteins, the combination could be considered a catalyst for a specific step in photosynthesis. Chlorophyll is able to absorb photons of light energy and pass that energy along in the form of a high energy electron. In the process, it also works with other substances in the chloroplast (specifically in the thylakoid membrane) to break water apart to make O2 (oxygen gas) and H+ ions. This is the only step in the longer process of photosynthesis that involves chlorophyll.

To say chlorophyll alone is a catalyst is wrong. To say it catalyzes photosynthesis is a gross oversimplification of a complex process whose details are well known.

In sports, cellular respiration is the process through which our body converts glucose and oxygen into energy to fuel muscle contractions during exercise. This process produces ATP, the energy currency of cells. In science, cellular respiration is a fundamental metabolic process that occurs in all living organisms, breaking down organic molecules to release energy for cellular activities. It involves three main stages: glycolysis, the citric acid cycle, and oxidative phosphorylation.

Yes, heat is released just like any other reaction. Other than heat, nothing is released until the plant uses the organic molecule.

The energy macromolecule produced as a result of the Calvin cycle is glucose. During this process, carbon dioxide is fixed and converted into glucose through a series of reactions involving ATP and NADPH generated in the light-dependent reactions of photosynthesis. Glucose serves as an energy source for plants and can be used for cellular respiration or stored as starch for later use.

The major components of the photosynthesis process include sunlight, chlorophyll, carbon dioxide, and water. Chlorophyll, found in the chloroplasts of plant cells, captures sunlight, which provides the energy needed for the reaction. Carbon dioxide is absorbed from the atmosphere through stomata, while water is taken up by the roots. These components work together to convert light energy into chemical energy, producing glucose and oxygen as byproducts.