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Chapter 2: Discussion Questions (page 46)

Q.2. Which of the following is true about an individual atom?

a. An individual atom should be considered a solid.

b. An individual atom should be considered a liquid.

c. An individual atom should be considered a gas.

d. The state of the atom depends on which element it is.

e. An individual atom cannot be considered a solid, liquid, or gas.

Justify your choice, and for those you did not choose, explain why they are incorrect.

Short Answer

Expert verified

Answer

Option e is true about an individual atom. An individual atom cannot be considered a solid, liquid, or gas.

Step by step solution

01

Step-by-Step SolutionStep 1: Individual atom

The physical state of matter is a bulk property. It depends on the entire matter provided. In solids, the intermolecular space is negligible. The intermolecular space in gases is very high, and the liquids have intermolecular space between solids and gases.

Suppose a liquid moves, all the molecules (atoms) will be involved. Similarly, if a solid is considered, it is not a single entity but a collective amount of many molecules in it.

If a gas moves, all the molecules in it will move.

02

Correct choice

Option e is true about an individual atom. An individual atom cannot be considered a solid, liquid, or gas.

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Most popular questions from this chapter

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?

A sample of chloroform is found to contain 12.0 g of carbon, 106.4 g of chlorine, and 1.01 g of hydrogen. If a second sample of chloroform is found to contain 30.0 g of carbon, what is the total mass of chloroform in the second sample?

Compare and contrast the MO model with the L.E model. When is each useful?

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

The average mass of a carbon atom is 12.011. Assuming you were able to pick up only onecarbon atom, the chance that you would randomly get one with a mass of 12.011 is
a. 0%.
b. 0.011%.
C. about 12%.
d. 12.011%.
e. greater than 50%.
f. None of these is true.
Explain.

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