Table of Elements There are 94 chemical elements known to occur naturally on earth The symbol, name, and atomic mass of all 94 elements are shown in the following table Symbol Name Atomic Mass Ac , Actinium , 227 Ag , Silver , 107 8682 Al , Aluminum , 26 9815386 Ar , Argon , 39 948 As , Arsenic , 74 9216 At , Astatine , 210 Au , Gold , 196 966569 B , Boron , 10 811 Ba , Barium , 137 327 Be , Beryllium , 9 012182 Bi , Bismuth , 208 9804 Br , Bromine , 79 904 C , Carbon , 12 0107 Ca , Calcium , 40 078 Cd , Cadmium , 112 411 Ce , Cerium , 140 116 Cl , Chlorine , 35 453 Co , Cobalt , 58 933195 Cr , Chromium , 51 9961 Cs , Cesium , 132 9054519 Cu , Copper , 63 546 Dy , Dysprosium , 162 5 Er , Erbium , 167 259 Eu , Europium , 151 964 F , Fluorine , 18 9984032 Fe , Iron , 55 845 Fr , Francium , 223 Ga , Gallium , 69 723 Gd , Gadolinium , 157 25 Ge , Germanium , 72 64 H , Hydrogen , 1 00794 He , Helium , 4 002602 Hf , Hafnium , 178 49 Hg , Mercury , 200 59 Ho , Holmium , 164 93032 I , Iodine , 126 90447 In , Indium , 114 818 Ir , Iridium , 192 217 K , Potassium , 39 0983 Kr , Krypton , 83 798 La , Lanthanum , 138 90547 Li , Lithium , 6 941 Lu , Lutetium , 174 9668 Mg , Magnesium , 24 305 Mn , Manganese , 54 938045 Mo , Molybdenum , 95 96 N , Nitrogen , 14 0067 Na , Sodium , 22 98976928 Nb , Niobium , 92 90638 Nd , Neodymium , 144 242 Ne , Neon , 20 1797 Ni , Nickel , 58 6934 Np , Neptunium , 237 O , Oxygen , 15 9994 Os , Osmium , 190 23 P , Phosphorus , 30 973762 Pa , Protactinium , 231 03588 Pb , Lead , 207 2 Pd , Palladium , 106 42 Pm , Promethium , 145 Po , Polonium , 209 Pr , Praseodymium , 140 90765 Pt , Platinum , 195 084 Pu , Plutonium , 244 Ra , Radium , 226 Rb , Rubidium , 85 4678 Re , Rhenium , 186 207 Rh , Rhodium , 102 9055 Rn , Radon , 222 Ru , Ruthenium , 101 07 S , Sulfur , 32 065 Sb , Antimony , 121 76 Sc , Scandium , 44 955912 Se , Selenium , 78 96 Si , Silicon , 28 0855 Sm , Samarium , 150 36 Sn , Tin , 118 71 Sr , Strontium , 87 62 Ta , Tantalum , 180 94788 Tb , Terbium , 158 92535 Tc , Technetium , 98 Te , Tellurium , 127 6 Th , Thorium , 232 03806 Ti , Titanium , 47 867 Tl , Thallium , 204 3833 Tm , Thulium , 168 93421 U , Uranium , 238 02891 V , Vanadium , 50 9415 W , Tungsten , 183 84 Xe , Xenon , 131 293 Y , Yttrium , 88 90585 Yb , Ytterbium , 173 054 Zn , Zinc , 65 38 Zr , Zirconium , 91 224 Assignment During this prove milestone and the next prove assignment, you will write and test a molar mass calculator named chemistry py During this milestone, you will complete part of the calculator by writing a function named make periodic table and the main function The make periodic table function must create and return a compound list that contains data for all 94 naturally occuring elements Do the following Using VS Code, create a new file and save it as chemistry py In the chemistry py file, write a function named make periodic table that takes no parameters and creates and returns a compound list The compound list must contain all the data in the table of elements shown in the Table of Elements section above The data within the compound list must be organized like this periodic table list symbol, name, atomic mass Ac , Actinium , 227 , Ag , Silver , 107 8682 , Al , Aluminum , 26 9815386 , After you copy and paste the periodic table data into your program, you must add square brackets ( and ) and commas (,) so that the data is organized in a compound list If youre using VS Code as your text editor, you can use multi line editing to quickly add all the necessary square brackets and commas In the chemistry py file, write the main function that takes no parameters and returns nothing The main function should do the following Call the make periodic table function and store the returned list in a variable Print the name and atomic mass for each chemical element on a separate line Do not print the chemical element symbols At the bottom of your chemistry py file, add a call to the main function Be certain to protect the call to main with an if statement as taught in the preparation content for lesson 5

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Table of Elements There are 94 chemical elements known to occur naturally on earth. The symbol, name, and atomic mass of all 94 elements are

Table of Elements

There are 94 chemical elements known to occur naturally on earth. The symbol, name, and atomic mass of all 94 elements are shown in the following table.

Symbol	Name	Atomic Mass
"Ac",	"Actinium",	227
"Ag",	"Silver",	107.8682
"Al",	"Aluminum",	26.9815386
"Ar",	"Argon",	39.948
"As",	"Arsenic",	74.9216
"At",	"Astatine",	210
"Au",	"Gold",	196.966569
"B",	"Boron",	10.811
"Ba",	"Barium",	137.327
"Be",	"Beryllium",	9.012182
"Bi",	"Bismuth",	208.9804
"Br",	"Bromine",	79.904
"C",	"Carbon",	12.0107
"Ca",	"Calcium",	40.078
"Cd",	"Cadmium",	112.411
"Ce",	"Cerium",	140.116
"Cl",	"Chlorine",	35.453
"Co",	"Cobalt",	58.933195
"Cr",	"Chromium",	51.9961
"Cs",	"Cesium",	132.9054519
"Cu",	"Copper",	63.546
"Dy",	"Dysprosium",	162.5
"Er",	"Erbium",	167.259
"Eu",	"Europium",	151.964
"F",	"Fluorine",	18.9984032
"Fe",	"Iron",	55.845
"Fr",	"Francium",	223
"Ga",	"Gallium",	69.723
"Gd",	"Gadolinium",	157.25
"Ge",	"Germanium",	72.64
"H",	"Hydrogen",	1.00794
"He",	"Helium",	4.002602
"Hf",	"Hafnium",	178.49
"Hg",	"Mercury",	200.59
"Ho",	"Holmium",	164.93032
"I",	"Iodine",	126.90447
"In",	"Indium",	114.818
"Ir",	"Iridium",	192.217
"K",	"Potassium",	39.0983
"Kr",	"Krypton",	83.798
"La",	"Lanthanum",	138.90547
"Li",	"Lithium",	6.941
"Lu",	"Lutetium",	174.9668
"Mg",	"Magnesium",	24.305
"Mn",	"Manganese",	54.938045
"Mo",	"Molybdenum",	95.96
"N",	"Nitrogen",	14.0067
"Na",	"Sodium",	22.98976928
"Nb",	"Niobium",	92.90638
"Nd",	"Neodymium",	144.242
"Ne",	"Neon",	20.1797
"Ni",	"Nickel",	58.6934
"Np",	"Neptunium",	237
"O",	"Oxygen",	15.9994
"Os",	"Osmium",	190.23
"P",	"Phosphorus",	30.973762
"Pa",	"Protactinium",	231.03588
"Pb",	"Lead",	207.2
"Pd",	"Palladium",	106.42
"Pm",	"Promethium",	145
"Po",	"Polonium",	209
"Pr",	"Praseodymium",	140.90765
"Pt",	"Platinum",	195.084
"Pu",	"Plutonium",	244
"Ra",	"Radium",	226
"Rb",	"Rubidium",	85.4678
"Re",	"Rhenium",	186.207
"Rh",	"Rhodium",	102.9055
"Rn",	"Radon",	222
"Ru",	"Ruthenium",	101.07
"S",	"Sulfur",	32.065
"Sb",	"Antimony",	121.76
"Sc",	"Scandium",	44.955912
"Se",	"Selenium",	78.96
"Si",	"Silicon",	28.0855
"Sm",	"Samarium",	150.36
"Sn",	"Tin",	118.71
"Sr",	"Strontium",	87.62
"Ta",	"Tantalum",	180.94788
"Tb",	"Terbium",	158.92535
"Tc",	"Technetium",	98
"Te",	"Tellurium",	127.6
"Th",	"Thorium",	232.03806
"Ti",	"Titanium",	47.867
"Tl",	"Thallium",	204.3833
"Tm",	"Thulium",	168.93421
"U",	"Uranium",	238.02891
"V",	"Vanadium",	50.9415
"W",	"Tungsten",	183.84
"Xe",	"Xenon",	131.293
"Y",	"Yttrium",	88.90585
"Yb",	"Ytterbium",	173.054
"Zn",	"Zinc",	65.38
"Zr",	"Zirconium",	91.224

Assignment

During this prove milestone and the next prove assignment, you will write and test a molar mass calculator named chemistry.py. During this milestone, you will complete part of the calculator by writing a function named make_periodic_table and the main function. The make_periodic_table function must create and return a compound list that contains data for all 94 naturally occuring elements.

Do the following:

Using VS Code, create a new file and save it as chemistry.py

In the chemistry.py file, write a function named make_periodic_table that takes no parameters and creates and returns a compound list. The compound list must contain all the data in the table of elements shown in the Table of Elements section above. The data within the compound list must be organized like this:

 periodic_table_list = [ # [symbol, name, atomic_mass] ["Ac", "Actinium", 227], ["Ag", "Silver", 107.8682], ["Al", "Aluminum", 26.9815386],  ]

After you copy and paste the periodic table data into your program, you must add square brackets ([ and ]) and commas (,) so that the data is organized in a compound list. If youre using VS Code as your text editor, you can use multi-line editing to quickly add all the necessary square brackets and commas.

In the chemistry.py file, write the main function that takes no parameters and returns nothing. The main function should do the following:

Call the make_periodic_table function and store the returned list in a variable.

Print the name and atomic mass for each chemical element on a separate line. Do not print the chemical element symbols.

At the bottom of your chemistry.py file, add a call to the main function. Be certain to protect the call to main with an if statement as taught in the preparation content for lesson 5.