The movement of nutrients within cells is called intracellular transport. This process involves the movement of molecules and substances within the cell to where they are needed for cellular functions.
This is called absorption.
The process by which nutrients and oxygen are oxidized in cells is cellular respiration. It involves the oxidation of nutrients usually by oxygen.
No, osmosis is a process that involves the movement of water molecules across a semi-permeable membrane, but it can also involve the movement of other molecules dissolved in the water.
The movement of materials in living things is called transport. This process involves the movement of substances like water, nutrients, and gases within cells, tissues, and organs to support various biological functions.
Absorption is the process by which nutrients are moved into lymph and blood.
Cellular growth involves an increase in cell size due to the uptake of nutrients and the removal of wastes. As a cell grows, it requires more nutrients to support its increased metabolic activities, and wastes must be transported out of the cell to maintain proper function. This movement of nutrients and wastes is crucial for the health and function of the cell.
In metabolism, the catabolic process involves breaking down nutrients. More specifically, the Krebs Cycle breaks down the nutrients.
It is called Leaching
Eluviation is the process by which minerals or fine particles move down through the soil horizon due to the movement of water, while leaching is the process where water moving down through the soil carries away dissolved nutrients or minerals. Eluviation mainly involves physical movement of particles, while leaching involves the chemical removal of substances from the soil.
Plants absorb water through their roots and release excess water through a process called transpiration, which involves evaporation of water from the leaves. This helps plants regulate their internal water balance and contributes to the movement of water and nutrients throughout the plant.
The plasma membrane controls the passage of nutrients into the cell and wastes out of the cell through a process called selective permeability. This involves transport proteins and channels that regulate the movement of molecules based on size, charge, and concentration gradients.