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The common names and formulas for several substances are given below. What are the systematic names for these substances?

a. Sugar of lead PbC2H3O22
b. Blue vitriol CuSO4
c. Quicklime role="math" localid="1655287440869" CaO
d. Epsom salts role="math" localid="1655287462908" MgSO4
e. Milk of magnesiarole="math" localid="1655287484903" MgOH2
f. Gypsum role="math" localid="1655287353515" CaSO4
g. Laughing gas N2O

Short Answer

Expert verified

Systematic names for these substances can be found.

Step by step solution

01

Systematic name for sugar of lead

This is an ionic substance with two acetate anions and one lead cation. The charge for acetate ion is -1 whereas lead cation is +2. The systematic name can be found as Lead (II) acetate.

02

Systematic name for blue vitriol

This is an ionic substance with one copper cations and one sulfate anion. The charge for sulfate ion is -2 whereas copper ionn is -2. The systematic name can be found as copper (II) sulfate.

03

Systematic name for Quicklime

This is an ionic substance with calcium cations and oxide anion. The systematic name can be found as calcium oxide.

04

Systematic name for Epsom salt

This is an ionic substance with magnesium cation and sulfate anion. The systematic name can be found as magnesium sulfate.

05

Systematic name for milk of magnesia

This is an ionic substance with magnesium cation and hydroxide anion. The systematic name can be found as magnesium hydroxide.

06

Systematic name for gypsum

This is an ionic substance with calcium cation and sulfate anion. The systematic name can be found as calcium sulfate.

07

Systematic name for laughing gas

This is an ionic substance with nitrogen cation of charge +1 whereas oxide cation also present. The systematic name can be found asnitrous oxide.

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Most popular questions from this chapter

Name the following compounds. Assume the potential acids are dissolved in water.

a. HC2H3O2

b. NH4NO2

c. role="math" CO2S3

d. role="math" localid="1655276995590" lCl

e. Pb3PO42

f. KClO3

g. H2SO4

h. role="math" Sr3N2

i. Al2SO33

j. SnO2

k. Na2CrO4

l. role="math" localid="1655277204539" HClO

In a reaction, 34.0 g of chromium (III) oxide reacts with 12.1 g of aluminium to produce chromiumand aluminium oxide. If 23.3 g of chromium is produced, what mass of aluminium oxide is produced?

You take three compounds, each consisting of two elements (X, Y, and /or Z) and decompose them to their respective elements. To determine the relative masses of X, Y, and Z, you collect and weigh the elements, obtaining the following data:

X and Y for (Elements in compound)

X=0.4g,Y=4.2g (Masses of Elements)

Y and Z for (Elements in compound)

Y=1.4g,Z=1.0g(Masses of Elements)

X and Y for (Elements in compound)

X=2.00g,Y=7.00g (Masses of Elements)

a. What are the assumptions needed to solve this problem?

b. What are the relative masses of X, Y, and Z?

c. What are the chemical formulas of the three compounds?

d. If you decompose 21g of compound XY, how much of each element is present?

Section 2.3 describes the postulates of Dalton's atomic theory. With some modifications, thesepostulates hold up very well regarding how we view elements, compounds, and chemicalreactions today. Answer the following questions concerning Dalton's atomic theory and themodifications made today.
a. The atom can be broken down into smaller parts. What are the smaller parts?
b. How are atoms of hydrogen identical to each other, and how can they be different from eachother?
c. How are atoms of hydrogen different from atoms of helium? How can H atoms be similar to Heatoms?
d. How is water different from hydrogen peroxide H2O2even though both compounds arecomposed of only hydrogen and oxygen?
e. What happens in a chemical reaction, and why is mass conserved in a chemical reaction?

Q.22 The three most stable oxides of carbon are carbon monoxide (CO), carbon dioxide (CO2 ), and carbon suboxide ( C3O2). The molecules can be represented as:

Explain how thesemolecules illustrate the law of multiple proportions.

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