THE PRACTICE TEST
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- 44
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Sample practice questions
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Goldstein J. Chadwick J.J. Thomson Rutherford
Al, As, Ag Co, Pb, P N, Si, Fe O, Ge, Cs
Beta and alpha rays are deflected in opposite directions while gamma rays show no response Both alpha and beta rays are deflected in opposite directions while gamma rays show no response Both alpha and gamma rays are deflected in the same direction while beta rays show no response both beta and gamma rays are deflected in the same direction while alpha rays show no response
The density of their solid forms the charge on their ions the shapes of their atoms the weights of their atoms
Potassium Perbromite Potassium bromate Potassium hypobromate Potassium perbromate
S Se Si Sr
Alpha Beta Both alpha and gamma Gamma
Alpha Beta Gamma None of these
Ba2+ Cs1+ Te2- Xe1-
Ca; alkaline earth metal I; halogen Mg; alkali metal Rn; noble gas
the law of conservation of energy the law of conservation of mass the law of constant composition the law of multiple proportions
Ba; alkaline earth metal I; chalcogen Kr; noble gas Na; akali metal
Electrons and Protons Neutrons and Electrons Protons and Neutrons nucleus and the extra-nuclear part
is definitely a metal is definitely a nonmetal is either a metal or metalloid is either a metalloid or a nonmetal
1 2 4 7
At Ba Li Rb
impurities within the neon plasma are attracted to the magnet magnetic fields are able to pass through glass neon, like iron, is attracted to magnets the light arises from the flow of electron within the tube
43 protons and 55 neutrons 49 protons and 98 neutrons 55 protons and 43 neutrons 98 protons and 43 neutrons
65.387 amu 65.39 amu 66.927 amu 66.93 amu
Chemical Families IUPACs Periods assemblages
Cs2O GaF3 NaF2 SrO
0.17 6, 1 5, 1 5, 10
(47)26Fe (48)26Ti 48(22)Ti 48(22)Ti to the negative 2
160, 16N 160, 170 H, HE He, He+
the outer boundary surface of the electrons in an atom number of excited electrons in an atom the charge of the nucleus the mass of the nucleus
14 times the mass of a hydrogen atom 14/3 times the mass of a hydrogen atom 3 times the mass of a hydrogen atom 3/14 times the mass of a hydrogen atom
38 times the mass o a hydrogen atom 1/38 times the mass of a hydrogen atom 19 times the mass of a hydrogen atom 1/19 times the mass of a hydrogen atom
This experiment shoed that glass acts as a good conductor of electricity This experiment showed that the ray itself was composed of particles This experiment showed that the gases in the glass tube were required for the glowing ray This experiment shoed that a vacuum actually does contain gaseous particles
1 10 3 4
alkaline earth metals halogens chalcogens alkali metals
Rutherford's experiment where gold foil is bombarded by electrons that are deflected by the gold nuclei Rutherford's experiment where a gold foil is bombarded by positively charged helium Rutherford's experiment where gold foil is bombarded by positively charged helium nucli that are deflected by the negatively charged nucleu of the gold Rutherford's experiment where gold foil is bombarded by positively charged helium nuclei that are deflected by the gold electrons
31 times 10 to the negative 13 bots 6.55 times 10 to the negative 14 bots 3.93 times 10 to the negative 13 bots 2.62 times 10 to the negative 13 bots
atoms of a single element can have different masses atoms combine in simple whole number ratios to form compounds different elements have atoms of different masses chemical change is a rearrangement of atoms
BaCl26H20; barium chloride pentahydrate NaclO sodium chlorite NaC2H3O2; sodium acetate KNO2; potassium nitrate
H N S F
CC14 carbon tetrachloride N204 dinitrogen tetroxide Al2O3 dialuminum trioxide SCl2, sulfur dichloride
HCI HCIO HCIO2 HCIO3
KCl is the only ionic compound KNO3 is the only ionic compound CO2 is the only molecular compound CO2 and N2O are the only molecular compounds
10 to the 23 1 10 to the negative 32 10 to the negative 22
Copper(II) sulfide Copper(I) sulfide Copper(II) sulfur Copper(I) sulfur
26 protons, 30 neutrons, and 24 electrons 54 protons, 56 neutrons, and 52 electrons 58 protons, 58 neutrons, 56 electrons 28 Protons, 28 neutrons, 26 electrons
1 4 2 3
20, 22 10,10 11, 13 10, 12
19 6 3 18
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