Purpose: Find the symmetry of moles of a reactant to moles of a product of a chemical substance response. Relate this ratio to the coefficients of these substances in the balanced equation for the reaction.
Observation & Data-
batch of Beaker | 153.4 gigabytes |
crowd togetheres of Fe (Iron) | 2.24 grams |
Mass of Beaker + product | 156.16 grams |
Visual Observations | in the beginning we left it to dry overnight in the hood, the bottom consisted of tenebrious red clumps in a lime green liquid. |
Calculations:
Mass of product produced (C-A) | 156.16-153.4= 2.76 |
# of Gram Atoms (1/64) | 2.76/64=0.043 |
# of Gram Atoms of Fe B/56 | 2.24/56=0.04 |
Find whole # ratio of gram atoms Fe to gram atom | .004/.043=0.09 |
Questions:
Does your answer in #4 match the theoretical answer for this reaction?
No, my answer for summate four does not match the theoretical answer for this reaction because it does not equal 1.
Which reactant has to be in excess?
The atomic act 29 II Sulfate was the reactant that was in excess by the conclusion of this lab.
Give two other examples of balanced single switching reactions.
One example is Cu + 2AgNO3 ? 2Ag + Cu(NO3)2. Another example is Zn + 2HCl ? ZnCl2+ H2.
Conclusion: The mole is defined as Avogadros number (6.02 X 10^23) of particles. These particles may be atoms, molecules, formulas units, ions, electrons, etc. When astute quantities of solids or liquids, molar masses are used. The molar mass of a substance is the mass, in grams, of one mole of particles of that substance. When designing quantities of gases, molar volumes are used. The molar volume is the volume diligent by one mole of a gas as STP.
Chemical reactions are represented by balanced chemical equations. In this experiment, iron filings were added to an aqueous solution of copper (II) sulfate and copper metal. The quantities of iron...If you want to get a full essay, point it on our website: Orderessay
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