'Concentration differences' presentation slideshows

ADVANCED PHYSIOLOGY FLUID & ELECTROLYTES Part 1 Instructor Terry Wiseth

ADVANCED PHYSIOLOGY FLUID & ELECTROLYTES Part 1 Instructor Terry Wiseth. NORTHLAND COLLEGE. FLUID ELECTROLYTE HOMEOSTASIS. In a healthy individual fluid volume and electrolyte concentrations are maintained within strict homeostatic limits through the interaction of several organ systems.

2.43k views • 134 slides

Tutorial/HW Week #7 WWWR Chapters 24-25 ID Chapter 14

Tutorial #7 WWWR# 24.1, 24.12, 24.13, 24.15(d), 24.22. To be discussed on March 11, 2014. By either volunteer or class list. Tutorial/HW Week #7 WWWR Chapters 24-25 ID Chapter 14. Molecular Mass Transfer. Molecular diffusion Mass transfer law components: Molecular concentration:

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Diffusion

Diffusion . The study of phase transformations concerns those mechanisms: i )By which a system attempts to reach equilibrium state and ii)How long it takes. The fundamental processes that controls the rate at which many transformations occur Is the diffusion of atoms.

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Chapter 14

Chapter 14. The Chemical Senses. Olfaction - many kinds of information Taste (gustation) - food information Trigeminal - noxious information. Olfactory System. Anatomy

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Biochemistry

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3.4 Diffusion and Osmosis

3.4 Diffusion and Osmosis. KEY CONCEPT Materials move across membranes because of concentration differences. This is called PASSIVE TRANSPORT. Passive transport does not require cellular energy. 2 types of passive transport Diffusion osmosis. Diffusion. Molecules move from an area of

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3.4 Diffusion and Osmosis

3.4 Diffusion and Osmosis. KEY CONCEPT Materials move across membranes because of concentration differences. 3.4 Diffusion and Osmosis. Passive transport does not require energy input from a cell. Molecules can move across the cell membrane through passive transport.

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KEY CONCEPT Materials move across membranes because of concentration differences.

76 views • 7 slides