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What are the 3 differences between passive and active transport?

What are the 3 differences between passive and active transport?

Active transport requires energy for the movement of molecules whereas passive transport does not require energy for the movement of molecules. In active transport, the molecules move against the concentration gradient whereas in passive transport, the molecules move along the concentration gradient.

What is the #1 difference between passive and active transport?

The main difference between active and passive transport is that active transport pumps molecules against the concentration gradient using ATP energy whereas passive transport allows the molecules to pass the membrane through a concentration gradient, requiring no cellular energy.

What is the difference between active and passive transport for dummies?

In Active transport the molecules are moved across the cell membrane, pumping the molecules against the concentration gradient using ATP (energy). In Passive transport, the molecules are moved within and across the cell membrane and thus transporting it through the concentration gradient, without using ATP (energy).

What are similarities between active and passive transport?

Active and passive transport are the two main biological process which plays an important role in supplying nutrients, water, oxygen, and other essential molecules to cells and also by removing waste products. Both active and passive transport works for the same cause, but with different movement.

What are examples of passive transport?

Examples of Passive Transport

  • simple diffusion.
  • facilitated diffusion.
  • filtration.
  • osmosis.

What are the 3 active transports?

Active Transport

  • Diffusion.
  • Facilitated diffusion.
  • Active transport.
  • Passive transport.

What are 2 types of active transport?

There are two main types of active transport:

  • Primary (direct) active transport – Involves the direct use of metabolic energy (e.g. ATP hydrolysis) to mediate transport.
  • Secondary (indirect) active transport – Involves coupling the molecule with another moving along an electrochemical gradient.

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