Passive transport

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Active vs. Passive Transport! When transport does not require energy, it’s “passive transport”. When it does require energy, it’s called “active transport”. Several transportation strategies require energy and several do not. Osmosis and diffusion are both passive transport; they do not require energy but can only move particles from higher to lower concentration. By using ATP as an energy source, we can move larger or charged particles, and move particles against the concentration gradient. Active Transport Biology, Transport Drawing, Diffusion Osmosis, Facilitated Diffusion, Passive Transport, Active Transport, Biochemistry Notes, Learn Biology, Biology Worksheet

Active vs. Passive Transport! When transport does not require energy, it’s “passive transport”. When it does require energy, it’s called “active transport”. Several transportation strategies require energy and several do not. Osmosis and diffusion are both passive transport; they do not require energy but can only move particles from higher to lower concentration. By using ATP as an energy source, we can move larger or charged particles, and move particles against the concentration gradient.

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Active passive transport vector illustration. Labeled educational cell scheme. Illustration about compared, atomic, graphic, explanation, active, biological, model, diagram - 178985005

Active and passive transport as molecules ATP movement in outline diagram. Labeled educational scheme with closeup cellular model vector illustration vector illustration Active And Passive Transport, Active Transport Biology, Facilitated Diffusion, Passive Transport, Active Transport, Diagram Illustration, Biology Projects, Active Passive, A Level Biology

Active and passive transport as molecules ATP movement in outline diagram. Illustration about electrochemical, filtration, membrane, diffusion, explanation, comparison - 221540111

Difference Between Active Transport and Passive Transport in Tabular Format Active And Passive Transport Notes, Active Transport Notes, Active And Passive Transport, Active Transport Biology Notes, Active Transport Biology, Membrane Transport, Passive Transport, Active Transport, Biochemistry Notes

The key difference between active transport and passive transport is that the active transport moves molecules from low concentration to high concentration

An illustration of passive and active transport in a cell. Passive transport shows molecules moving down the concentration gradient in a cell, while active transport uses ATP to move the molecules up the concentration gradient. Teaching Biology, Fluid Mosaic Model, Passive Transport, Active Transport, Cell Transport, A Level Biology, Science Topics, Human Body Systems, Cell Biology

Students compare and contrast passive and active transport by playing a game to model this phenomenon. Movement through cell membranes is also modeled, as well as the structure and movement typical of the fluid mosaic model of the cell membrane. Concentration gradient, sizes, shapes and polarity of molecules determine the method of movement through cell membranes. This activity is associated with the Test your Mettle phase of the legacy cycle.