Skip to main content

The Definition, Diagram, Structure & Function of Plant Cells



Plant Cells – Definition, Diagram, Structure & Function

 

In all organisms, the cell is the essential unit of life. Plants, like humans and animals, are made up of several cells. Around the plant cell, there is a cell wall that helps the plant cell maintain its form. Other organelles exist in addition to the cell wall and are associated with various cellular activities.

 

What is a Plant Cell?

“Eukaryotic cells with a true nucleus that carry out certain specific functions along with specialized structures called organelles.”

Plant cells differ from other eukaryotic species in many main ways. Plant and animal cells both have a nucleus, as well as other organelles. One of the distinguishing features of a plant cell is the presence of a cell wall outside of the cell membrane.


 Diagram of a Plant Cell

 The plant cell is rectangular in shape and is slightly larger than the animal cell. Plant and animal cells are both eukaryotic and have a few cell organelles in common, but plant cells have different functions than animal cells. Any of these differences become evident when the cells are examined under an electron microscope.

Plant Cell Diagram

Plant Cell Structure

Just like different organs within the body, plant cell structure includes various components known as cell organelles that perform different functions to sustain themselves.

 Click Here For Plant Cell Structure


Functions of Plant Cells

Plant cells are the fundamental components of the plant. The primary feature of plant cells is photosynthesis.

The chloroplasts of the plant cell are where photosynthesis takes place. It is the mechanism by which plants prepare food using sunlight, carbon dioxide, and water. The process generates energy in the form of ATP.

Water and nutrients are transferred from the roots and leaves to various parts of the plant by a few plant cells.

To Know More on Plant Cells structure and function

Get best online Classes For schools  Students nursery to class 12 all subjects by the subject expert tutors. Join today online Live classes at Takshila Learning. 





Comments

Popular posts from this blog

Why is Hindi Day celebrated on 14 September?

Why is Hindi Day celebrated on 14 September? After independence, the Government of India set a goal to give an ideal form to the mother tongue of the country and set a target for grammar and orthography using the Devanagari script to bring standardization in writing. Subsequently, on September 14, 1949, the Constituent Assembly decided by a vote that Hindi would be the official language of India. To propagate the importance of this decision and to spread Hindi in every region, India is celebrating Hindi Day every year from 1953 to 14 September, at the request of Rashtrabhasha Prachar Samiti, Wardha. Apart from this, 14 September is also the birthday of Rajendra Singh, who worked tirelessly to make Hindi the official language of India. Hindi Day is observed every year on 14 September to mark the importance of the Hindi language in the country. The Hindi language is one of the oldest languages, which derives most of its academic vocabulary from the Sanskrit language written in the Deva

Magnetic and non-magnetic material Class 6 Science

Magnetic and non-magnetic material  Class 6 Science A magnet is a substance that is drawn to certain magnetic materials like iron, cobalt, and nickel. Magnets have the ability to draw iron to them. Natural magnets are rocks that naturally draw iron. Non-magnetic materials include things like wood, rubber, coins, feathers, leather, etc. that are not drawn to iron. Magnet characteristics It pulls magnetic materials, such as iron. The magnet's two ends are referred to as its poles. The magnet's diametrically opposed poles are drawn together. Heating, hammering, or dropping causes it to lose its characteristics. On the basis of properties types of Magnets Temporary magnets are those magnets that are magnetic for only a little duration. Typically, iron, cobalt, or nickel are used to make them. When they are close to the powerful magnet, they act like a magnet. When they are yanked away from the powerful magnet, they stop being magnetic. Permanent magnets are magnets that have magne