Photosynthesis

It is not dark photosynthesis.It is dark reaction.It takes place in stroma.

You Get Photosynthesis In Plants..Basicly What Happens Is That The Leaves Of A Plant Absorb Light.They Then Use The Light To Get Glucose And Oxygen As Waste Products.They Store the glucose and The Plants Release The Oxygen Into The Air For Us To Breathe

Primarily Yellow but really it uses most of the visible spectrum, just some parts more than others.

Green plants actually have five type of pigments that serve in photosynthesis. When the leave of the deciduous trees turn in autumn you can see the colours of many of these as they are selectively withdrawn.

To perform the Bilao folk dance, dancers usually form a circle and hold bamboo sticks that are placed on the ground in a crisscross pattern. They then move in a synchronized manner, stepping over and under the bamboo sticks to the beat of the music. The dance requires coordination, agility, and teamwork among the performers.

Plants, algae, and some bacteria obtain their energy from photosynthesis, while certain bacteria and archaea species obtain their energy from chemosynthesis. Photosynthesis converts sunlight into energy, while chemosynthesis uses inorganic compounds as a source of energy.

In some circumstances a filament bulb is used as a variable resistor. As the filament heats up, its resistance increases. This effect is used in some automatic gain control circuits; as the signal level increases, the changing resistance of the bulb can modify the feedback level in order to hold the level constant.

1% or less

carbondioxide, here is the equation:

6H2O+6CO2=C6H12O6=6O2

6H2O= water

6CO2=carbon dioxide

C6H12O6+glucose

so...water combined with carbon dioxide creates glucose which gives the palnt energy. energy is also captured by chlorophyll (pigment that makes plant green found in cells) ans is another source of energ. chlorophyll breaks down water into hydrogen and oxcygen atoms.

pigments .

Photosynthesis (assuming that's what you mean), is when a autotroph, or an organism that is able to make its food, takes in Co2. Then, H20 and the Co2 have a chemical reaction (with the help of light), and glucose is made. The glucose provides energy, and oxygen is a waste product. In plants, chloroplasts play an important role to utilize the light energy using protein. However, bacteria, instead of chlorophyll and chloroplasts, they have plasma membranes.

No of course not. Mainly it takes place in leaves

The Calvin cycle happens in the stroma of the chloroplast.

The first stage of photosynthesis is wherein water is necessary. Water is photochemically split into oxygen, electrons and hydrogen ions together with light reaction.

No. NOTHING can be done without energy.Well, some organisms could remain dormant for a while, without an energy source. But in the long term, they will need an energy source, to have any type of activity.

light.carbon dioxide and sunlight

NADPH is produced during the light reaction of photosynthesis. During the light reaction, solar energy energizes electrons that move down an (ETC) electron transport chain. As they move down this chain, energy is released and captured for the production of ATP molecules and some are also taken up by NADP which becomes NADPH.

If you are looking for the biological location in plants, that would be within the thylakoid.

Glucose is broken down in cellular respiration and is produced in photosynthesis(during the dark reaction within the stroma) C. Respiration: Carbohydrate(glucose) + Oxygen ---> Energy + Water + CO2 Photosynthesis: Energy + water + CO2 ----> Carbohydrate(glucose) + Oxygen The chemical formula for glucose is C6H12O6.

To test if carbon dioxide is necessary for photosynthesis, you can conduct an experiment using two groups of plants: one group exposed to carbon dioxide and another group in an environment devoid of carbon dioxide. Monitor the plants for growth and the production of oxygen, which can be measured through the release of bubbles in water or using a dissolved oxygen meter. If the plants in the carbon dioxide-free environment show little to no growth or oxygen production compared to the control group, it would indicate that carbon dioxide is essential for photosynthesis.

provides the main input of free energy into the biosphere

We would all be dead and would have never evolved because photosynthesis=Oxygen=People being able to breath-a lot of other organisms would have never existed. When earth was created, the gases were very largely CO2 (Carbon Dioxide) which is what a plant needs, and in return, a plant gives us oxygen. This is why environmentalists want to stop logging and destroying the rainforest for the more trees that are cut down, the closer we are to dying out.

Photosynthetic bacteria produced oxygen, and as they continued to colonize the earth they produced more oxygen. Eventually all the oxygen sinks became saturated, and this resulted in the Great Oxygenation Event (GOE). Aerobic organisms would late evolve and utilize the free oxygen.

Roots are underground so they don't get any energy from sunlight they need for photosynthesis.

Monosaccharide is the correct answer

Carbon dioxide gas.

=== === hydrolysing is pouring the excess water to certain substance and then stirring it and photolysis is splitting of water in presence of light