These multiple choice questions came from January 2011. Use your best judgment. . . Eliminate wrong choices and, in some cases, find the ODD MAN OUT. . . That's usually (I SAID USUALLY) the right answer.
A proton
An electron
A positron
A neutron
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A neutron has a negative charge.
A proton has a negative charge.
A neutron has no charge.
A proton has no charge.
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An equal number of protons and neutrons
An equal number of protons and electrons
More electrons than neutrons
More electrons than protons
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The mass of an electron is greater than the mass of a proton.
The mass of an electron is greater than the mass of a neutron.
The mass of a proton is greater than the mass of an electron.
The mass of a proton is greater than the mass of a neutron.
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Absorbed as electrons move from higher to lower electron shells
Absorbed as electrons move from lower to higher electron shells
Released as electrons move from higher to lower electron shells
Released as electrons move from lower to higher electron shells
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First shell
Second shell
Third shell
Fourth shell
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Atomic mass
Atomic number
First ionization energy
Selected oxidation state
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Be, Si, Cl, Kr
C,N,Ne,Ar
K, Fe, B, F
Na,Zn,As,Sb
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Different molecular structures and identical properties
Different molecular structures and different properties
Identical molecular structures and identical properties
Identical molecular structures and different properties
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Formula mass
Isotopic mass
Percent abundance
Percent composition
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1
2
6
4
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Negative ion with a radius smaller than the radius of the atom
Negative ion with a radius larger than the radius of the atom
Positive ion with a radius smaller than the radius of the atom
Positive ion with a radius larger than the radius of the atom
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Absorb energy
Create energy
Destroy energy
Release energy
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Chlorine and sodium
Chlorine and yttrium
Oxygen and hydrogen
Oxygen and magnesium
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Ammonia
Antimony
Methane
Water
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Hardness and boiling point
Density and specific heat capacity
Malleability and thermal conductivity
Solubility and molecular polarity
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Pressure on the solution
Rate of stirring
Size of the KCl sample
Temperature of the water
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25 mL of water at 95°C
45 mL of water at 75°C
75 mL of water at 75°C
95 mL of water at 25°C
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Low temperature and low pressure
Low temperature and high pressure
High temperature and low pressure
High temperature and high pressure
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Tearing tin foil
Melting an iron bar
Crushing an aluminum can
Burning magnesium ribbon
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Potential energy of the reactants, only
Potential energy of the products, only
Potential energy of the products plus the potential energy of the reactants
Potential energy of the products minus the potential energy of the reactants
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SO2(g) must equal the concentration of SO3(g)
SO2(g) must be constant
O2(g) must equal the concentration of SO2(g)
O2(g) must be decreasing
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Formula masses
Empirical formulas
Molecular formulas
Structural formulas
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Sharing of electrons
Sharing of protons
Transfer of electrons
Transfer of protons
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Chemical to electrical
Electrical to chemical
Chemical to nuclear
Nuclear to chemical
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Butene
Propane
Dimethyl ether
Methanoic acid
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Ammonia and methane
Ammonia and a salt
Water and methane
Water and a salt
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The products are not radioactive.
Stable isotopes are used as reactants.
There is no chance of biological exposure.
A large amount of energy is produced.
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Fe-53
Sr-90
Au-198
Pu-239
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2-1
2-7-4
2-8-7
2-4
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18
16
10
8
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1+
2+
1-
2-
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Argon
Carbon
Iodine
Silver
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Beryllium
Calcium
Lithium
Magnesium
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Ba
Cd
In
Na
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32 g
53 g
64 g
106 g
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Both electronegativity and metallic properties decrease.
Both electronegativity and metallic properties increase.
Electronegativity decreases and metallic properties increase.
Electronegativity increases and metallic properties decrease.
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Mg + 2AgNO3 → Mg(NO3)2 + 2Ag
2Mg+O2→2MgO
MgCO3 → MgO + CO2
MgCl2 + 2AgNO3 → 2AgCl + Mg(NO3)2
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Acts as a better catalyst than the single piece of iron
Absorbs less energy than the single piece of iron
Has a greater surface area than the single piece of iron
Is more metallic than the single piece of iron
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1 g
10 g
100 g
1000 g
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Endothermic, because heat is absorbed
Endothermic, because heat is released
Exothermic, because heat is absorbed
Exothermic, because heat is released
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Combustion
Esterification
Polymerization
Substitution
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Average kinetic energy increases, and potential energy remains the same.
Average kinetic energy decreases, and potential energy remains the same.
Average kinetic energy remains the same, and potential energy increases.
Average kinetic energy remains the same, and potential energy decreases.
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The equilibrium shifts to the left, and the concentration of N2(g) decreases.
The equilibrium shifts to the left, and the concentration of N2(g) increases.
The equilibrium shifts to the right, and the concentration of N2(g) decreases.
The equilibrium shifts to the right, and the concentration of N2(g) increases.
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A, B, D, C
A, C, B, D
C, D, B, A
D, B, C, A
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2865 y
5730 y
11 460 y
17 190 y
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U-238
Pb-206
I-131
Co-60
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