because of the alvioli
ET (Extra terrestrial)
Due to oxidation of respiratory substances inside
Organisms need to have a high surface area to volume ratio to efficiently deliver nutrients. This allows for more surface area through which nutrients can be absorbed, reducing the distance that nutrients need to travel to reach cells inside the organism. This helps to maintain a balance between the intake of nutrients and the needs of the organism for growth and function.
Its NOT 'on the inside surface of the cell membrane' Probably ' on the inside surface of the vesicle'
An organism that lives inside the body of its host is called an "endoparasite." Endoparasites rely on their host for nutrients and protection, often causing harm to the host in the process. Common examples include certain types of worms and protozoa. In contrast, organisms that live on the surface of their host are termed "ectoparasites."
ET (Extra terrestrial)
Cytoplasm is the fluid inside a cell, so since the respiratory system is made of cells, the cytoplasm is inside of the respiratory systems cells.
Mercury, Venus, Earth and Mars are often called terrestrial planets.
planets that are inside the asteroid belt
Cytoplasm is the fluid inside the celols of all organisms.
a narwhals respiratory system is the inside works of the narwhal such as breathing (lungs),etc.,etc.
bacteria because they live in or on an organism and they live in large groups that can sometimes cause diseases!
All Planets do not lie inside the asteororid Belt . The answer is False
The transfer of energy inside the Earth effects its surface by warming it.
Terrestrial means land. A terrestrial habitat is one that consist of land, instead of in fresh water (aquatic), ocean (marine), inside of another animal (as a parasite), or the upper parts of the forest (like the rain-forest canopy). Terrestrial habitats include: rain-forest, temperate deciduous forest, dessert, taiga, grasslands, savannas.
Gaseous exchange surfaces inside the body of terrestrial animals help to protect the delicate respiratory membranes from drying out and damage. This internal arrangement also helps to regulate gas exchange and maintain proper moisture levels, especially in dry environments. Additionally, it provides a more controlled and efficient system for exchanging gases such as oxygen and carbon dioxide with the bloodstream.
the Bronchioles, Air sacs and the Diaphragm