WebBecause heat is created by the random motion of molecules, materials at cryogenic temperatures are as close to a static and highly ordered state as is possible. Cryogenics had its beginning in 1877, the year that oxygen was first cooled to the point at which it became a liquid (−183 °C, 90 K). WebExpert Answer 100% (1 rating) The correct answer is option C i.e., heat is released from the cell. This makes molecule move in the surrounding and cause a increase in entropy. According to the second l … View the full answer Transcribed image text: Energy Cells generate highly ardered Wholecules (eg, DNA and proteins) and structures (microtubules).
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WebNov 18, 2014 · Highly SERS-active substrates can be prepared by heating a discontinuous gold film (thickness about 5 nm) on ordered bowl templates. Nanoparticles (about 20 nm) will uniformly locate on the inner… Expand 28 Solid-State Dewetting of Thin Films C. Thompson Materials Science 2012 WebSearch the entity name for which you want to place an order and double-click on the entity name; Scroll to the bottom of the profile page till you get to the “ACTIONS” links. Click the … great little trading company toy box
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WebLikewise, cells can remain in a highly ordered state only if they have a supply of energy to use for cellular work. These two examples demonstrate a. the second law of … WebMar 20, 2013 · Which physical state is most highy ordered? The solid state has the most order. Which physical state is most highly disordered? gas Is the gas phase the most … WebThe lower the available energy, the less number of organisms can be supported. This is why there are more producers than consumers in an ecosystem. Living systems require constant energy input to maintain their highly ordered state. Cells, for example, are highly ordered … By clicking “Accept All Cookies”, you agree to the storing of cookies on your device … great new features arrive in chrome os 103