Spirare is Latin for "to breathe". Cellular respiration is how a cell takes in oxygen and gives off carbon dioxide. That pretty well describes breathing.
The root word for "transpiration" is "transpire," which comes from the Latin word "trans," meaning "across," and "spirare," meaning "to breathe."
The answer is simple: This is a root! It is found in the soil, and it is respectively getting resourced from the soil! It gets water, minerals and dissolved substances from the ground it is in.
Yes, plants use photosynthesis to produce glucose, which is then broken down to generate ATP through cellular respiration. Photosynthesis captures sunlight energy to convert carbon dioxide and water into glucose in the presence of chlorophyll and other pigments. This glucose is used by plants to produce ATP via cellular respiration, providing energy for various cellular processes.
Oxygen is required for cellular respiration in all cells. During photosynthesis oxygen gas is produced, this is used to produce glucose; oxygen is also then used during anaerobic respiration to break down the glucose to ATP. Oxygen for normal cellular respiration in other parts of the plant is supplied in solution via the root system.
Yes, root hair cells have cytoplasm. Cytoplasm is the gel-like substance found inside cells where various cell organelles are suspended. Root hair cells have cytoplasm to support cellular functions and metabolic processes.
The root word for respiration is "spirare," which means "to breathe" in Latin.
Breathe
The root word for "transpiration" is "transpire," which comes from the Latin word "trans," meaning "across," and "spirare," meaning "to breathe."
The root of the English word "inspiration" is the Latin (not Greek) word spiritus, meaning "breath".
The answer is simple: This is a root! It is found in the soil, and it is respectively getting resourced from the soil! It gets water, minerals and dissolved substances from the ground it is in.
The root of the word "inspired" is the Latin word "spirare," meaning "to breathe." The prefix "in-" means "into," so "inspire" originally meant to breathe life or spirit into something.
Yes, plants use photosynthesis to produce glucose, which is then broken down to generate ATP through cellular respiration. Photosynthesis captures sunlight energy to convert carbon dioxide and water into glucose in the presence of chlorophyll and other pigments. This glucose is used by plants to produce ATP via cellular respiration, providing energy for various cellular processes.
Root hair cells obtain oxygen from the air spaces in the soil surrounding the plant roots. Oxygen diffuses through the soil and is taken up by the root hairs along with water and nutrients. This oxygen is essential for the cellular respiration and metabolic processes of the root hair cells.
Yes. If you water a plant too much, the roots become anaerobic, leading to root death. This is because the roots need oxygen to perform cellular respiration.
The extension of the epidermal cell of a root that is involved in respiration is called a root hair. Root hairs increase the surface area of the root system, allowing for better absorption of water and minerals from the soil.
Gas exchange in root hairs occurs primarily through diffusion. Oxygen from the soil diffuses into the root hairs, where it is used for cellular respiration, while carbon dioxide produced during respiration diffuses out into the soil. The large surface area and thin walls of root hairs facilitate this efficient gas exchange, allowing plants to effectively take in oxygen and release carbon dioxide. Additionally, the moisture surrounding root hairs helps dissolve gases, enhancing their movement.
Root cells obtain oxygen for respiration from the air spaces within the soil. Oxygen can diffuse through the soil and reach the roots, where it is used for aerobic respiration to produce energy for the cell.