Chloroplasts

these various structure in the chloroplast organize the complex series of chemical reactions

-biology book cp2 :)

Contain their own DNA is the most pertinent answer.

That is the photosynthesis. It is to produce food

The stomata in the epidermis allow oxygen, carbon dioxide and water vapour to enter and leave the leaf. The guard cells also contain chloroplasts for photosynthesis.

Mosses adapt to environments, exhibiting variations. Although many mosses live in temperate zones, they also have been found living in tundra. Mosses can grow on rocks, mountains, and brick and cement structures. They are frequently found on tombstones and other memorials.

Lamellae are thin membrane structures within chloroplasts that connect thylakoids, which are the sites of photosynthesis. They help organize the thylakoids into stacks called grana, increasing the surface area for light absorption and facilitating efficient energy transfer during the photosynthetic process. Additionally, lamellae play a role in maintaining the structural integrity of the chloroplast and optimizing the arrangement of the photosynthetic pigments.

Chlorophyll gives plants their chosen pigment, based upon their DNA. It is found in every plant, even ones with red or yellow pigment. Chlorophyll's green pigment is still existent in yellow and red plants, it is just hidden by its predominant colors.

A fruit extract is a concentrated flavoring made by steeping the fruit in a carrier. Most fruit extract are made similarly to pure vanilla extract, by leaving crushed fruits in a carrier alcohol (usually vodka or brandy) for a period of days, weeks or months. When finished, the alcohol will contain the concentrated flavor of the fruit and can be used in small amounts for baking or cooking.

The main functions of chloroplast are to produce food (glucose) during photosynthesis,And to store food energy.

Dark reaction take place in stroma.Light reaction take place in thylakoid membranes.

Chloroplast in a plant cell can convert light energy into chemical energy that is required in plant cells.

The stroma is an area inside the chloroplast with a thylakoid stack. The stacks are connected by the stroma lamellae and maximize the efficiency of the chloroplasts.

Respiration is conducted by mitochondria.Photosynthesis is conducted by chloroplast.

The leaf because it is the major structure for photosynthesis in a plant.

You can't see chloroplasts in an onion skin cell since the onion was underground. When the onion is underground, the sun can't reach the onion so the onion skin cells can't make glucose. The onion does have chloroplasts in its cells at the top of the onion. That's where he sunlight can reach the onion.

Inside of a plants leaf. Quote, "Chloroplasts are found mainly in the leaves, this is because they are used in photosynthesis to produce food for the plant. The reason they are in the leaves is because the leaves have a large surface area which helps absorb more sunlight than any other part of the plant and sunlight is required for photosynthesis."

It takes place on thylokoid membranes.Dark reaction takes place in stroma.

Chloroplast converts light energy into chemical energy, whereas mitochondria converts chemical energy into a different chemical energy. Chloroplast is present in plants and mitochondria is present in all cells

1 Chloroplast and mitochondria are double membrane bounded

2 They both came into existing by the process of endocytosis of bacteria

3 They both have their own nucleus

In fact both these have more things in common.You can study them by viewing others sites on web

yes. it contains chlorophyll, carotenoids phycobilins, and anthocyannins.

it gives the green of the plants

CO2 enters the chloroplast through small pores called stomata on the leaves. Water is absorbed by the roots, transported through the plant's vascular system, and reaches the chloroplasts through specialized structures called xylem vessels.

Chloroplast is the umm........... an organelle found in plant cells that conducts the photosynthesis, the most indispensable biochemical process to create oxygen, and, therefore, life.

so um it it is also needed for photosynthesis