Answer:this is called "LeChatelier's Principle"
.. "a system at equilibrium will shift in the direction to reduced an applied stress"
you have this
.. H2(g) + Cl2(g) <---> 2 H2O
if you add H2, the reaction while shift right to consume some of that extra H2.this is called "LeChatelier's Principle"
.. "a system at equilibrium will shift in the direction to reduced an applied stress"
you have this
.. H2(g) + Cl2(g) <---> 2 H2O
if you add H2, the reaction while shift right to consume some of that extra H2.
Explanation:
Answer:
LR is Na₃PO₄
Explanation:
A quick way to determine the limiting reactant in a process is to convert reactant values to moles and then divide by the respective coefficient of the balanced equation. The smaller number of the division is the limiting reactant. For the given reaction, the rxn ratio of reactants is 1:1 so only the smaller mole value gives limiting reactant. However, if the reaction is NOT 1:1 the one must divide by respective coefficient to identify the smallest value and the limiting reactant.
This problem:
FeCl3(aq) + Na3PO4(aq) => FePO4(s) + 3 NaCl(aq)
Given: 27.8g 61.9g
moles: 27.8g/162.2g/mole 1.9g/163.94g/mole
= 0.1714 mole = 0.0116 mole
÷ coef. => 0.1714/1 = 0.1714 => 0.0116/1 = 0.0116
smaller value is LR => => => => => => LR is Na₃PO₄
Hope this helps. Doc :-)
Answer:
Explanation:The major goals of the two rovers, according to NASA, were to determine whether life as we know it could ever have arisen on Mars (focusing particularly on searching for ancient water) and characterizing the climate and geology of
