3. If 1.00 gram of Na2CO3 reacted with HCI(aq), according to reaction 1 in Part A, how many moles of NaCl would be produced?

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Chapter1: Chemical Foundations
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3.
1. Calculate the molar mass of Na2CO3.
2. If you have 1.00 grams of Na2CO3, how many moles of Na2CO3 is that?
3. If 1.00 gram of Na2CO3 reacted with HCI(aq), according to reaction 1 in Part A, how many moles of
NaCl would be produced?
4. Fill in the blanks:
a)
reactions release energy.
b)
reactions absorb energy.
c) In order for a reaction to occur, the reactants must
with enough energy to
overcome the
d) The rate of chemical reactions
as the temperature increases.
Transcribed Image Text:1. Calculate the molar mass of Na2CO3. 2. If you have 1.00 grams of Na2CO3, how many moles of Na2CO3 is that? 3. If 1.00 gram of Na2CO3 reacted with HCI(aq), according to reaction 1 in Part A, how many moles of NaCl would be produced? 4. Fill in the blanks: a) reactions release energy. b) reactions absorb energy. c) In order for a reaction to occur, the reactants must with enough energy to overcome the d) The rate of chemical reactions as the temperature increases.
A. Magnesium and Oxygen
PYREX
Magnesium oxide
Magnesium
reactant 1
reactant 2
product
->
2Mg(s)
chemical reaction:
02(9)
2 Mg0(s)
+
(don't forget phase notation!)
appearance of reactants
and products:
solid
gas
solid
->
when Mg treated with Oxygen, adazzlingwhite Flame
appearance which iS the evidence For the Formation OF MaD
evidence of reaction
type of reaction:
combination reaction
Transcribed Image Text:A. Magnesium and Oxygen PYREX Magnesium oxide Magnesium reactant 1 reactant 2 product -> 2Mg(s) chemical reaction: 02(9) 2 Mg0(s) + (don't forget phase notation!) appearance of reactants and products: solid gas solid -> when Mg treated with Oxygen, adazzlingwhite Flame appearance which iS the evidence For the Formation OF MaD evidence of reaction type of reaction: combination reaction
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