4. An organisms ability to maintain a constant body temperature is due to A. The hydrogen bond between water molecules. B. The hydrogen bond between water molecules and the amount of heat that mus absorbed to change its temperature by one degree Celsius. C. Water has a high heat of vaporization which explains this ability to maintain constant body temperature.

Q: Which type of feedback loop is more common in nature, and which more commonly results from human…

A: The most common type of loop in nature is the negative feedback loop, which is caused by human…

Q: The state of internal equilibrium despite external changing conditions belong to? a.)Control center…

A: Answer: b) homeostasis.

Q: Match each system to the function(s) it carries out. Systems may be used more than once. Changes…

A: The human body consists of many different organs, and when functionally related organs cooperate…

Q: Identify the basic characteristics of life.

A: Life is considered a characteristic of something that preserves, furthers or reinforces its…

Q: What is homeostasis? Provide an example of how an organism maintains homeostasis?

A: All the body physiological activities are highly regulated by different neuronal and hormonal…

Q: What is the difference between aerobic and anaerobic beings?

A: Bacteria are prokaryotic organisms. All of them are microscopic and are unicellular. Bacteria can be…

Q: What factors determine how easy or difficult it is for a human to achieve homeostasis in their body?

A: Introduction - Homeostasis is the tendency to resist change in order to keep an internal environment…

Q: Why is a constant supply of energy needed to sustain life?

A: According to the first law, energy can be transferred or transformed but can neither be created nor…

Q: An example of acclimatization is: Group of answer choices long limbs high body mass short limbs…

A: Acclimatization is the process through which an individual organism is able to adjust to a change in…

Q: Describe the major components of a homeostatic control system

A: Every organism has a tendency to maintain a stable and equilibrium internal environment. Any change…

Q: How can a malfunction in a negative feedback mechanism lead to the death of an organism?

A: Homeostasis is that the condition during which a system like the human body is maintained in an…

Q: a) Negative feedback is used to maintain homeostasis whereas positive feedback is not. O b) Negative…

A: The question is not even mention in the image  Both the options which are true and and false will be…

Q: Consider an experiment in which subjects are given a pill to test its effectiveness in reducing the…

A: Experiment research is when the researcher has complete control over extraneous variables and…

Q: Give an example of a positive-feedback mechanism thatmay be harmful to the body and an example of…

A: The positive-feedback mechanism involves the production of an increased response in deviation from a…

Q: Describe the components of a homeostatic regulatory system.

A: A homeostatic regulatory system is a complex biological mechanism that enables living organisms to…

Q: In a positive feedback loop: O Processes lead back to homeostasis O Processes lead away from…

A: Positive feedback loops consist of four basic components:  The stimulus, which triggers the…

Q: How does physiology regulate temperature?

A: Different organisms on this planet require different temperature for their survival.

Q: Describe what is meant by a trade-off in physiologicalfunctions, and give an example.

A: Trade off refers to when any trait cannot increase without decreasing in another trait or vice…

Q: List the anatomic term that describes each of the following bodyregions: forearm, wrist, chest,…

A: Anatomy is the field of biological science that concerns the study of various organisms and their…

Q: Homeostasis has been a major theme in life.  Describe a scenario of how the body reacts to an…

A: Homeostasis is the process where optimal conditions in the system are maintained in the body through…

Homeostasis

Homeostasis is a self-regulatory process through which different biological systems maintain constant internal environmental conditions to compensate for environmental changes. In human physiology, it is a process of self-regulating internal, chemical, and physical conditions at an optimal level for survival. The stability through homeostasis can be attained through dynamic equilibrium, in which there is a continuous change until it reaches its systemic conditions.