What homeostatic process requires energy to move particles across the plasma memebrane

What homeostatic process requires energy to move particles across the plasma memebrane

Answers

Active transport homeostatic process requires energy to move particles across the plasma membrane.

Active transport is the homeostatic process that requires energy to move particles across the plasma membrane.

Further Explanation Transport in living organisms

Plants and animals use various processes to transport materials from one point to another.

There are classified as either passive transport or active transport.

Active transport  It is a type of transport in living organisms that involves movement of substances against a concentration gradient through the plasma membrane.Active transport is the homeostatic process that requires chemical energy to move particles across the plasma membrane.The chemical energy used during active transport is in the form of ATP.Passive transportIt is a type of transport that does not involve the use of energy to aid movement of substances in living organisms.Passive transport involves free movement of substances and through special types of transporters or carriers.Types of passive transport includes; simple diffusion, facilitated diffusion, osmosis, and mass flow among others.Types of passive transportFacilitated diffusionFacilitated diffusion is a type of passive transport which involves the diffusion of solutes by use of transport proteins in the plasma membrane.Facilitated diffusion uses transport proteins to transport solutes down their concentration gradient.Osmosis  Osmosis is a special diffusion that involves the movement of water molecules from a region where they are highly concentrated to a region where they are lowly concentrated through a semipermeable membrane.It may also refer to the movement of water molecules from a region of low particle concentration to a region of a high particle concentration.Diffusion  Diffusion is a type of passive transport that involves movement of particles from a region of high concentration to a region of low concentration.Diffusion involves movement of molecules of substances other than water.

Keywords: Active transport, chemical energy in the form of ATP, Passive transport, Diffusion, Osmosis,

Learn more about:  Active transport: Chemical energy used in active transport; Passive transport: Diffusion:

Level: High school  

Subject: Biology

Topic: Transport in living organisms

Sub-topic: Active transport

Active transport is the homeostatic process that requires energy to move particles across the plasma membrane.

Further Explanation Transport in living organismsPlants and animals use various processes to transport materials from one point to another.There are classified as either passive transport or active transport.Active transport  It is a type of transport in living organisms that involves movement of substances against a concentration gradient through the plasma membrane. It  involves use of energy in form of ATP to aid transport of substances.Passive transportIt is a type of transport that does not involve the use of energy to aid movement of substances in living organisms.Passive transport involves free movement of substances and through special types of transporters or carriers.Types of passive transport includes; simple diffusion, facilitated diffusion, osmosis, and mass flow among others.Types of passive transportFacilitated diffusionFacilitated diffusion is a type of passive transport which involves the diffusion of solutes by use of transport proteins in the plasma membrane.Facilitated diffusion uses transport proteins to transport solutes down their concentration gradient.Osmosis  Osmosis is a special diffusion that involves the movement of water molecules from a region where they are highly concentrated to a region where they are lowly concentrated through a semipermeable membrane.It may also refer to the movement of water molecules from a region of low particle concentration to a region of a high particle concentration.Diffusion  Diffusion is a type of passive transport that involves movement of particles from a region of high concentration to a region of low concentration.Diffusion involves movement of molecules of substances other than water.

Keywords: Active transport, Passive transport, Diffusion, Osmosis,

Learn more about:  Active transport: Passive transport: Diffusion:

Level: High school  

Subject: Biology

Topic: Transport in living organisms

Sub-topic: Passive transport

active transport

Explanation:

Option). active transport.

Explanation:

Active transport can be defined a mode of membrane transport, which requires energy to transport substances or ions across the plasma membrane. It helps the cell to achieve homeostasis (state of balance) by controlling movement of ions and other molecules through the membrane

During active transport, substances are transported against their concentration gradient (from higher to lower concentration), hence it requires energy.

Thus, the correct answer is option). active transport.

the answer is active transport

The right answer is 1. active transport.


Active transport refers to the passage of an ion or molecule across a membrane against its concentration gradient.

If the process uses chemical energy produced, for example, by the hydrolysis of a nucleotide triphosphate such as adenosine triphosphate, it is called primary active transport.

Active transport is opposed to passive transport, which does not use energy.

Active transport :The process requires energy to move particles across the plasma membrane
Active transport requires energy because unlike osmosis and diffusion which are passive transport methods which sees where the particles are moving along the concentration gradient, in active transport, the particles are moving against the concentration gradient and as such energy through ATP is needed for the particles to be transported.
Active Transport. In contrast to passive transport that does not require energy to transport substances across the plasma membrane, active transport requires energy to maintains the balance of transporting molecules across the cell membrane.

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