They take in oxygen and release co2 by their skin, lungs and sometimes tissue in their throats.
Cutaneous gas exchange.
An animal's type of gas exchange system is influenced by its environment. Animals in aquatic environments may have gills for efficient gas exchange with water, while terrestrial animals often have lungs to extract oxygen from air. Some animals like insects have a tracheal system for gas exchange that connects to almost every cell in their body. The type of gas exchange system an animal has is adapted to meet the specific oxygen requirements and environmental conditions of its habitat.
The organelle responsible for gas exchange in plants is the chloroplast. Carbon dioxide enters the chloroplast, where it is converted into oxygen during photosynthesis. In animals, the lungs are responsible for gas exchange, where oxygen is taken in and carbon dioxide is released.
Butterflies do indeed take part in the exchange of gasses. They need oxygen to breathe just like most living animals.
to maintain proper metabolism, mainly gas exchange
We know that reptiles have lungs, just like many other animals do.
plants don't let out any gas in fact I know they don't by looking at the question
cutaneous
Plants let out gases. This gas is called oxgen which animals and humans need to breathe so we can live. Animals let out a gas called carbon dioxide and the plants need to take in the carbon dioxide to live.
The gas exchange process utilized by animals with thin skin is known as cutaneous respiration. In this method, gases such as oxygen and carbon dioxide diffuse directly through the skin's surface into and out of the animal's body. This adaptation is particularly effective in moist environments, where the thin skin can remain hydrated and facilitate efficient gas exchange. Examples of animals that utilize cutaneous respiration include amphibians and some species of worms.
An increase in temperature can enhance the rate of gas exchange by increasing the kinetic energy of gas molecules, leading to faster diffusion rates. However, excessively high temperatures may also result in decreased solubility of gases in liquids, such as in the case of oxygen in water, potentially impairing gas exchange efficiency. Additionally, elevated temperatures can affect the physiological processes in organisms, such as respiration in animals and photosynthesis in plants, further influencing gas exchange dynamics.
Diffusion is the process animals with thin skin use for gas exchange, where gases move from areas of high concentration to low concentration across a membrane. This allows oxygen to enter the body and carbon dioxide to exit, facilitating respiration.