Human body system is a powerful machine that works all the time. To maintain the system, homeostasis should function regularly. Give TWO (2) examples and discuss the factors that give effect to this self- regulating process. (a)

Q: Are the physiological functions controlled by multiple regulatory systems? How?

A: The physiological function of the body include growth, development, metabolism, and reproduction,…

Q: What will happen to body functions if the following organs will not perform well? 1. Teeth 2. Large…

A: Functions of different body organs.

Q: Which of the following correctly describes how positive and negative feedback are different?…

A: A. Negative feedback reverses changes in a system, while positive feedback amplifies changes in a…

Q: Muscle cells differ from nerve cells

A: Muscle cells are of three types cardiac, skeletal, and smooth. The cells of the muscles are called…

Q: Define the terms homeostasis and steady state.

A: The given term are related to the functioning of a living system. Different systems of the body are…

Q: how does the body know its full

A: Food is a substance which is composed mainly of protein, carbohydrate,fat and other nutrients and…

Q: Explain why the human body utilizes negative feedback loops verses positive feedback loops to…

A: Answer

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: Define and explain the feedback system.

A: Different systems of the body are comprised of different specialized tissues that are determined to…

Q: The statement "Homeostasis is only concerned with external working conditions", is it true or false?

A: The theory of homeostasis was given by Claude Bernard. The regulation of homeostasis depends on the…

Q: What condition is shown in the diagram? Explain how the body regulate this process.

A: Homeostasis is any self-regulating technique by using which organic structures tend to maintain…

Q: Describe a general physiological control system, includingthe role of negative feedback.

A: The physiological systems are the systems which have specific functions to perform in our body and…

Q: Define and discuss : What two systems primarily maintain homeostasis? Name the components of…

A: The body functions are controlled by various subsystems. The hormones are one of the important…

Q: Name the four major elements of living beings .

A: A living thing pertains to any organism or a life form that possesses or shows the characteristics…

Q: A self-amplifying chain of physiologicalevents is calleda. positive feedback.b. negative feedback.c.…

A: A self-amplifying chain of physiological events is called:

Q: give two examples of feedback mechanisms in the human body. identify the type of feedback (negative…

A: It is a situation when the response of a loop (output) affects the input or stimulus. When there is…

Q: What is the purpose of negative feedback?

A: Endocrine glands are the one which secreted hormones onto blood stream directly without any duct.…

Q: Define the term homeostasis . How does it differ from the term steady state ?

A: Living systems are open self-arranging life shapes that connect with their current circumstance.…

Q: The role of insulin is to signal the cells to uptake glucose from the blood. Is this a positive or…

A: Hormones like glucagon and insulin help to regulate the glucose level in the blood. Glucose act as…

Q: Define homeostasis, and identify the components of negative feedback loops.

A: Answer: Introduction: Homeostasis is a process of maintaining constant inner and exterior…

Q: Describe the level organization in the human body What are carbohydrates, lipids, and proteins, and…

A: Life processes of the human body are kept up with at a few levels of structural organization. The…

Q: Describe a negative-feedback mechanism a

A: Homeostasis relates to dynamic physiological processes that help us maintain an internal environment…

Q: Suppose you have been doing heavy yardwork on a hot day and sweating profusely.You become very…

A: Homeostasis is a condition in which the human body is maintained in a steady state by changing or…

Q: Explain why Feedback mechanism is important

A: Various physiological systems and pathways run in a cyclic manner. This is the easiest way for…

Q: Describe the major structural levels of organization in the human body

A: The human body is a well organized system of various organs such as the lungs, heart, kidneys which…

Q: What is a physiological mechanism and explain how they are used to maintain homeostasis?

A: According to the article during hormone regulation, hormones are released, either directly by an…

Q: Define: homeostasis What is a negative feedback loop? What is a positive feedback loop? Which of…

A: Homeostasis is maintained at many levels, not just the level of the body as it is for temperature.…

Q: From least complex to most complex, the levels of organization of the body are:

A: Everything is made up of matter and the matter is made up of small tiny particles called an atom.…

Q: Why Living Organisms Respond to Stimuli ?

A: Determining what constitutes a living object is a challenging task, as is defining "life"—the…

Q: Identify the four components of a negative feedbackloop and explain what would happen if secretion…

A: The negative feed manages the reverses of the deviation from the goal point. It maintains the body…

Q: Define homeostasis and explain its significance.

A: Introduction: Homeostasis is the tendency to resist change in order to maintain a stable and…

Q: What is the difference between between homeostasis and equilibrium?

A: It is important to have a balanced environment for the normal function of the cell. The stability of…

Q: Physiological changes that occur in anticipation of a future change to a homeostatic variable are…

A: The term "homeostasis" refers to the physiological state in which an organism's internal environment…

Q: A fundamental measure of physiological function capacity is known as?

A: Physiological function capacity is the capability of an individual to undertake the necessary…

Q: Define homeostasis and contrast negative and positive feedback systems.

A: Living systems have a tendency to maintain the constant variables.

Q: Which of the listed terms is described by: “All the chemical processes that take place in the…

A: Introduction :  Metabolism is a term that is used to describe all chemical reactions involved in…

Q: Define the term negative feedback loop and positive feedback loop and explain how they differ from…

A: Hormones are secreted by the endocrine glands. They are carried to their target cells by blood. They…

Q: Why is feedback mechanism important in homeostasis?

A: Homeostasis when our body environment doesn't fluctuate with the outer environment.

Q: Define processivity

A: Enzymes that can cleave the DNA at specific sites are known as restriction enzymes. There are two…

Q: Homeostatic systems regulate the balance between whom?

A: Homeostasis Any self-regulating way the body maintains stability while adjusting to the best…

Q: Explain The Role of Intercellular Chemical Messengers in Homeostasis?

A: The relatively consistent internal environmental conditions known as homeostasis are the outcome of…

Q: Positive feedback mechanisms are beneficial, but they need to be controlled. Discuss a scenario…

A: Positive feedback mechanisms :-

Q: A common characteristic of all living things is that they?

A: Living things are the category of organisms that are alive and they are different from non-living…

Q: One difference between endocrine and exocrine organs is that:

A: Exocrine and endocrine glands different I many ways as follows :

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.