Stomata
i first thought it was stoma. but its stomata.
Yes, there are intercellular spaces which are usually used for gas exchange between the cells.
Inside of vacuums, there is no air. In these spaces, you can create an environment, where there is little/no air resistance.
The spaces between cells are called intercellular spaces. These spaces allow for the exchange of gases, nutrients, and waste products between cells. They also provide flexibility and allow for movement within tissues.
i first thought it was stoma. but its stomata.
Air spaces in the spongy layer of a leaf facilitate gas exchange by allowing for the movement of oxygen and carbon dioxide between the leaf cells and the external environment. This helps in photosynthesis by providing a pathway for carbon dioxide to reach the chloroplasts and for oxygen to exit the leaf during respiration.
Cancellous tissue has spaces inside it, like a honeycomb. Compact tissue is solid and dense with no visible spaces.
2 spaces
There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.There can be spaces between the words, but not in the middle of a word.
Gas exchange
The air spaces in the spongy mesophyll connect with the exterior of the leaf through small pores called stomata. Stomata are located on the underside of the leaf and allow for gas exchange between the interior of the leaf and the surrounding environment.
The cellular material inside a leaf is arranged with various spaces and gaps between the cells. These spaces allow for the movement of gases, such as carbon dioxide and oxygen, as well as water and nutrients throughout the leaf. This arrangement is crucial for photosynthesis and overall leaf function.