Diffusion osmosis

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Ms.Sami on Instagram: "Osmosis Eggs-periment 🥚... ✨ Slide left to see the grand reveal🥚🔵👽🤯 . 1- soak in vinegar to dissolve the hard shell, leaving only the semi-permiable membrane 2- soak in maple syrup 3- soak in water with food coloring . Watch how osmosis transforms the egg into different colours, shapes, consistencies, and textures through the process of diffusion . . . #scienceiscool #osmosis #osmosisegg #osmosisexperiment #scienceclass #scienceclassexperiments #grade8science #eggsper Osmosis Experiment, The Egg, Food Coloring, In Water, Maple Syrup, Syrup, Vinegar, Egg, Shells

Ms.Sami on Instagram: "Osmosis Eggs-periment 🥚... ✨ Slide left to see the grand reveal🥚🔵👽🤯 . 1- soak in vinegar to dissolve the hard shell, leaving only the semi-permiable membrane 2- soak in maple syrup 3- soak in water with food coloring . Watch how osmosis transforms the egg into different colours, shapes, consistencies, and textures through the process of diffusion . . . #scienceiscool #osmosis #osmosisegg #osmosisexperiment #scienceclass #scienceclassexperiments #grade8science…

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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, Diffusion Osmosis, Facilitated Diffusion, Active Transport, Passive Transport, Biochemistry Notes, Science Cells, Learn Biology, Study Biology

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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