Consider the reaction 2H 2 ( g ) O 2 ( g ) 2H 2 O( g ) The following bond energies have been determined experimentally H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A Suppose we start with 4 mol of hydrogen How many moles of oxygen are needed to use up all of the hydrogen How many moles of water molecules are produced n of O 2 n of H 2 O Consider the reaction 2H 2 ( g ) O 2 ( g ) 2H 2 O( g ) The following bond energies have been determined experimentally H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A Suppose we start with 4 mol of hydrogen How many moles of oxygen are needed to use up all of the hydrogen How many moles of water molecules are produced n of O 2 n of H 2 O Consider the reaction 2H 2 ( g ) O 2 ( g ) 2H 2 O( g ) The following bond energies have been determined experimentally H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A Suppose we start with 4 mol of hydrogen How many moles of oxygen are needed to use up all of the hydrogen How many moles of water molecules are produced n of O 2 n of H 2 O Consider the reaction 2H 2 ( g ) O 2 ( g ) 2H 2 O( g ) The following bond energies have been determined experimentally H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A Suppose we start with 4 mol of hydrogen How many moles of oxygen are needed to use up all of the hydrogen How many moles of water molecules are produced n of O 2 n of H 2 O Consider the reaction 2H 2 ( g ) O 2 ( g ) 2H 2 O( g ) The following bond energies have been determined experimentally H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A Suppose we start with 4 mol of hydrogen How many moles of oxygen are needed to use up all of the hydrogen How many moles of water molecules are produced n of O 2 n of H 2 O Consider the reaction 2H 2 ( g ) O 2 ( g ) 2H 2 O( g ) The following bond energies have been determined experimentally

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Consider the reaction 2H 2 ( g )   O 2 ( g ) 2H 2 O( g )  The following bond energies have been determined experimentally  H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A  Suppose we start with 4 mol of hydrogen  How many moles of oxygen are needed to  use up  all of the hydrogen  How many moles of water molecules are produced  n of O 2   n of H 2 O   Consider the reaction 2H 2 ( g )   O 2 ( g ) 2H 2 O( g )  The following bond energies have been determined experimentally  H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A  Suppose we start with 4 mol of hydrogen  How many moles of oxygen are needed to  use up  all of the hydrogen  How many moles of water molecules are produced  n of O 2   n of H 2 O   Consider the reaction 2H 2 ( g )   O 2 ( g ) 2H 2 O( g )  The following bond energies have been determined experimentally  H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A  Suppose we start with 4 mol of hydrogen  How many moles of oxygen are needed to  use up  all of the hydrogen  How many moles of water molecules are produced  n of O 2   n of H 2 O   Consider the reaction 2H 2 ( g )   O 2 ( g ) 2H 2 O( g )  The following bond energies have been determined experimentally  H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A  Suppose we start with 4 mol of hydrogen  How many moles of oxygen are needed to  use up  all of the hydrogen  How many moles of water molecules are produced  n of O 2   n of H 2 O   Consider the reaction 2H 2 ( g )   O 2 ( g ) 2H 2 O( g )  The following bond energies have been determined experimentally  H H 436 kJ mol O O 497 kJ mol H O 464 kJ mol A  Suppose we start with 4 mol of hydrogen  How many moles of oxygen are needed to  use up  all of the hydrogen  How many moles of water molecules are produced  n of O 2   n of H 2 O   Consider the reaction 2H 2 ( g )   O 2 ( g ) 2H 2 O( g )  The following bond energies have been determined experimentally

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Consider the reaction 2H 2 ( g ) + O 2 ( g ) 2H 2 O( g ). The following bond energies have been

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