Therodynamics - Study guides, Class notes & Summaries

A form of potential energy isa boulder at the top of a hill the bonds of a glucose molecule a starch molecule stored fat tissue the active site of an enzymepart of the enzyme where its substrate can fit can be used over and over again when a moose walks it has converter___ energy into ____ energychemical, mechanical which law tells us that glucose, which is more organized, tends to break down to carbon dioxide and water, which are less organizedthe 2nd law of therodynamics

Therodynamics - Answer- The study of energy transformations that occur in a collection of matter. Heat is transferred between two objects to reach equilibrium 3 systems: Open - capable of interacting with a surrounding environments and can exchange heat, work and matter outside their system Closed - can exchange heat and work, but not matter Isolated - can't exchange heat, work, matter to its surroundings. Boundary - refers to divisions between system and its surroundings Law of ...

Therodynamics - answer-An area of science that looks at their relatinship between heat and other kinds of energy First law of thermodynamics - answer-1. Energy moves from place to place 2. Energy changes from one form to another (energy flows naturally from high concentrations to low concentrations) 3. Energy cannot be created or destroyed Heat moves from... - answer-warmer to cooler Air moves from... - answer-higher pressure to lower pressure Moisture moves from... - answer-wetter...

A form of potential energy isa boulder at the top of a hill the bonds of a glucose molecule a starch molecule stored fat tissue the active site of an enzymepart of the enzyme where its substrate can fit can be used over and over again when a moose walks it has converter___ energy into ____ energychemical, mechanical which law tells us that glucose, which is more organized, tends to break down to carbon dioxide and water, which are less organizedthe 2nd law of therodynamics

This document goes over the concept and calculations of kinetic/potential energy. Includes visual diagrams, example calculations, and explains each phase of matter. Meant for 10th-grade PreAP/IB Chemistry.