Answer:
Behavioral responses in organisms require communication between cells, organs, organ systems and whole organisms.
Explanation:
Complete question is:
Behavioral responses in organisms require communication between I. cells II. organs III. organ systems IV. whole organisms.
Options for this question:
- <em>II and IV only.</em>
- <em>I, II, III, and IV.</em>
- <em>II, III, and IV only.</em>
- <em>I, II, and IV only.</em>
The relationship function allows living organisms to respond to various stimuli, which defines their behavior in the face of those stimuli.
The coordination of the response to external and internal stimuli involves the whole organism, from the cellular level to the individual level, so the coordinated response depends on the communication between cells, organs, organ systems and the whole organism (the second option I, II, III and IV).
An external stimulus is received by specific receptors, transmitted through the sensory nerves to the central nervous system, which elaborates a response. This response is conducted to an effector organ so that the individual has an adequate response:
- Cell: Neuron.
- Organs: Brain, effector organ.
- Organ system: central nervous system, muscular or hormonal system.
- Individual: the specific response affects the whole organism.
Learn more:
Behavioral responses in organisms brainly.com/question/7628248
Well, it depends on the conditions on the planet/moon. Does it have water? Soil for crops? Oxygen? Poisonous air? Is the temperature incredibly high, or low? The necessary equipment for survival on the planet/moon depends on what's needed.
Virchow's is credited with very several important discoveries.
Answer:
The energy is recycled
Explanation:
This energy is taken by decomposers such as bacteria and fungi and scavengers such as vultures. The biomass is converted to other biomolecules/biomass by these organisms. However, the process is not 100% efficient. Some of the energy is lost as heat.
Answer:
Homeostasis.
Explanation:
A characteristic of living organisms is their ability to maintain internal balance. Therefore, maintaining internal balance inside the body is known as homeostasis.
Homeostasis can be defined as a process through which a living organism maintains a steady or stable physical, internal and chemical environment ideal to enhance life and proper functionality.
For example, if a person becomes infected with a pathogen such as a virus. The internal stimulus that most likely takes place in order for their body to maintain homeostasis is that their core temperature increases. This is because pathogens such as a virus do not thrive or survive in a hot environment; they're naturally allergic to high temperature (heat).
