This is a paper centrifuge: (you don't need to watch the whole video, just a few seconds to see how it works--description below is probably sufficient if you can't get to the link) https://www.youtube.com/watch?v=isMYGtCFljc It is a paper disc that has supercoiled strings through two holes in the centre--like a button. As you straighten the strings and uncoil them, the paper spins. The paper spins at a very high rate and can separate materials in a way that is similar to a centrifuge. A droplet is added to the centre of the paper and it is spun. The densest objects travel the farthest from the centre. Assume that we are using it to perform our mitochondrial extraction, which cellular component would travel the furthest? nuclei mitochondria microvessicles blood cells

This is a paper centrifuge: (you don't need to watch the whole video, just a few seconds to see how it works--description below is probably sufficient if you can't get to the link) https://www.youtube.com/watch?v=isMYGtCFljc It is a paper disc that has supercoiled strings through two holes in the centre--like a button. As you straighten the strings and uncoil them, the paper spins. The paper spins at a very high rate and can separate materials in a way that is similar to a centrifuge. A droplet is added to the centre of the paper and it is spun. The densest objects travel the farthest from the centre. Assume that we are using it to perform our mitochondrial extraction, which cellular component would travel the furthest? nuclei mitochondria microvessicles blood cells

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter2: Multiplication And Division Of Decimals

Section: Chapter Questions

Problem 1.8P

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