A 1. Stoichiometry 2. Spikes 3. Ferromagnetism 4. Colloid 5. Hole 6. Nanoparticle 7. Empirical formula 8. Unit cell 9. Surfactant 10. Ferrofluid 11. Magnetite 12. Van der Waals forces B a. Weak forces of attraction between molecules b. Regions where unpaired electrons strongly interact with one another & align, even in the absence of a magnetic field c. A pattern of uplifted suspended particles that arise from placing a magnet near ferrofluid d. A chemical term that deals with relative amounts of substances involved in chemical reactions e. A dispersion of particles from ~ 1 nm to 1000nm f. A phenomenon in which the internal magnetic moments of unpaired electrons within the domain of the solid are aligned and act cooperatively g. An empty site in a crystalline solid h. A very small particle on a scale of nanometers (10m) i. The name for Fe3O4 j. Information that gives the simplest ratio between atoms of the elements in a compound k. A molecule that surrounds particles and isolates them from the attractive forces of their neighbors 1. A suspension of a magnetic solid in a liquid that responds to an external magnetic field m. The smallest unit that when stacked together repeatedly without gaps, can reproduce an entire crystal
A 1. Stoichiometry 2. Spikes 3. Ferromagnetism 4. Colloid 5. Hole 6. Nanoparticle 7. Empirical formula 8. Unit cell 9. Surfactant 10. Ferrofluid 11. Magnetite 12. Van der Waals forces B a. Weak forces of attraction between molecules b. Regions where unpaired electrons strongly interact with one another & align, even in the absence of a magnetic field c. A pattern of uplifted suspended particles that arise from placing a magnet near ferrofluid d. A chemical term that deals with relative amounts of substances involved in chemical reactions e. A dispersion of particles from ~ 1 nm to 1000nm f. A phenomenon in which the internal magnetic moments of unpaired electrons within the domain of the solid are aligned and act cooperatively g. An empty site in a crystalline solid h. A very small particle on a scale of nanometers (10m) i. The name for Fe3O4 j. Information that gives the simplest ratio between atoms of the elements in a compound k. A molecule that surrounds particles and isolates them from the attractive forces of their neighbors 1. A suspension of a magnetic solid in a liquid that responds to an external magnetic field m. The smallest unit that when stacked together repeatedly without gaps, can reproduce an entire crystal
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:Match the following descriptions in column A to the choices listed in column B:
A
1. Stoichiometry
2. Spikes
3. Ferromagnetism
4. Colloid
5. Hole
6. Nanoparticle
7. Empirical formula
8. Unit cell
9. Surfactant
10. Ferrofluid
11. Magnetite
12. Van der Waals forces
B
a. Weak forces of attraction between molecules
b. Regions where unpaired electrons strongly interact with
one another & align, even in the absence of a magnetic field
c. A pattern of uplifted suspended particles that arise from
placing a magnet near ferrofluid
d. A chemical term that deals with relative amounts of
substances involved in chemical reactions
e. A dispersion of particles from ~ 1 nm to 1000nm
f. A phenomenon in which the internal magnetic moments
of unpaired electrons within the domain of the solid are
aligned and act cooperatively
g. An empty site in a crystalline solid
h. A very small particle on a scale of nanometers (10⁹m)
i. The name for Fe3O4
j. Information that gives the simplest ratio between atoms
of the elements in a compound
k. A molecule that surrounds particles and isolates them
from the attractive forces of their neighbors
1. A suspension of a magnetic solid in a liquid that responds
to an external magnetic field
m. The smallest unit that when stacked together repeatedly
without gaps, can reproduce an entire crystal
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