Elements Table

Name AN AS Z N AW Density Melts Boil Block Phase Type
Hydrogen 1 H 1 0 1.008 0.00008988 14.01 20.28 s-block gas
Helium 2 He 2 2 4.0026 0.0001785 see note 4.22 s-block gas
Lithium 3 Li 3 3 6.94 0.534 453.69 1560 s-block solid alkali
Beryllium 4 Be 4 4 9.0122 1.85 1560 2742 s-block solid alkaline
Boron 5 B 5 6 10.81 2.34 2349 4200 p-block solid metalloid
Carbon 6 C 6 6 12.011 2.267 >4000 4300 p-block solid mineral
Nitrogen 7 N 7 7 14.007 0.0012506 63.15 77.36 p-block gas
Oxygen 8 O 8 8 15.999 0.001429 54.36 90.2 p-block gas
Fluorine 9 F 9 10 18.998 0.001696 53.53 85.03 p-block gas halogen
Neon 10 Ne 10 10 20.18 0.0009002 24.56 27.07 p-block gas inert
Name AN AS Z N AW Density Melts Boil Block Phase Type
Sodium 11 Na 11 12 22.99 0.968 370.87 1156 s-block solid alkali
Magnesium 12 Mg 12 12 24.305 1.738 923 1363 s-block solid alkaline
Aluminium 13 Al 13 14 26.982 2.7 933.47 2792 p-block solid metal
Silicon 14 Si 14 14 28.085 2.329 1687 3538 p-block solid metalloid
Phosphorus 15 P 15 16 30.974 1.823 317.3 550 p-block solid mineral
Sulfur 16 S 16 16 32.06 2.07 388.36 717.87 p-block solid mineral
Chlorine 17 Cl 17 18 35.45 0.0032 171.6 239.11 p-block gas halogen
Argon 18 Ar 18 22 39.95 0.001784 83.8 87.3 p-block gas inert
Potassium 19 K 19 20 39.098 0.89 336.53 1032 s-block solid alkali
Calcium 20 Ca 20 20 40.078 1.55 1115 1757 s-block solid alkaline
Name AN AS Z N AW Density Melts Boil Block Phase Type
Scandium 21 Sc 21 24 44.956 2.985 1814 3109 d-block solid Rare Earth
Titanium 22 Ti 22 26 47.867 4.506 1941 3560 d-block solid metal
Vanadium 23 V 23 28 50.942 6.11 2183 3680 d-block solid metal
Chromium 24 Cr 24 28 51.996 7.15 2180 2944 d-block solid metal
Manganese 25 Mn 25 30 54.938 7.21 1519 2334 d-block solid metal
Iron 26 Fe 26 30 55.845 7.874 1811 3134 d-block solid metal
Cobalt 27 Co 27 32 58.933 8.9 1768 3200 d-block solid metal
Nickel 28 Ni 28 31 58.693 8.908 1728 3186 d-block solid metal
Copper 29 Cu 29 35 63.546 8.96 1357.77 2835 d-block solid metal
Zinc 30 Zn 30 35 65.38 7.14 692.88 1180 d-block solid metal
Name AN AS Z N AW Density Melts Boil Block Phase Type
Gallium 31 Ga 31 39 69.723 5.91 302.9146 2673 p-block solid metal
Germanium 32 Ge 32 41 72.63 5.323 1211.4 3106 p-block solid metalloid
Arsenic 33 As 33 42 74.922 5.727 1090 887 p-block solid metalloid
Selenium 34 Se 34 45 78.971 4.81 453 958 p-block solid metal
Bromine 35 Br 35 45 79.904 3.1028 265.8 332 p-block gas halogen
Krypton 36 Kr 36 48 83.798 0.003749 115.79 119.93 p-block gas inert
Rubidium 37 Rb 37 48 85.468 1.532 312.46 961 s-block solid alkali
Strontium 38 Sr 38 50 87.62 2.64 1050 1655 s-block solid alkaline
Yttrium 39 Y 39 50 88.906 4.472 1799 3609 d-block solid Rare Earth
Zirconium 40 Zr 40 51 91.224 6.52 2128 4682 d-block solid metal
Name AN AS Z N AW Density Melts Boil Block Phase Type
Niobium 41 Nb 41 52 92.906 8.57 2750 5017 d-block solid metal
Molybdenum 42 Mo 42 54 95.95 10.28 2896 4912 d-block solid metal
Technetium* 43 Tc 43 0 [97] 11 2430 4538 d-block solid metal
Ruthenium 44 Ru 44 57 101.07 12.45 2607 4423 d-block solid metal
Rhodium 45 Rh 45 58 102.91 12.41 2237 3968 d-block solid metal
Palladium 46 Pd 46 60 106.42 12.023 1828.05 3236 d-block solid metal
Silver 47 Ag 47 61 107.87 10.49 1234.93 2435 d-block solid metal
Cadmium 48 Cd 48 64 112.41 8.65 594.22 1040 d-block solid metal
Indium 49 In 49 66 114.82 7.31 429.75 2345 p-block solid metal
Tin 50 Sn 50 69 118.71 7.265 505.08 2875 p-block solid metal
Name AN AS Z N AW Density Melts Boil Block Phase Type
Antimony 51 Sb 51 71 121.76 6.697 903.78 1860 p-block solid metalloid
Tellurium 52 Te 52 76 127.6 6.24 722.66 1261 p-block solid metalloid
Iodine 53 I 53 74 126.9 4.933 386.85 457.4 p-block solid halogen
Xenon 54 Xe 54 77 131.29 0.005894 161.4 165.03 p-block solid inert
Cesium 55 Cs 55 78 132.91 1.93 301.59 944 s-block solid alkali
Barium 56 Ba 56 81 137.33 3.51 1000 2170 s-block solid alkaline
Lanthanum 57 La 57 82 138.91 6.162 1193 3737 f-block solid Rare Earth
Cerium 58 Ce 58 82 140.12 6.77 1068 3716 f-block solid Rare Earth
Praseodymium 59 Pr 59 82 140.91 6.77 1208 3793 f-block solid Rare Earth
Neodymium 60 Nd 60 84 144.24 7.01 1297 3347 f-block solid Rare Earth
Name AN AS Z N AW Density Melts Boil Block Phase Type
Promethium* 61 Pm 61 84 [145] 7.26 1315 3273 f-block solid Rare Earth
Samarium 62 Sm 62 88 150.36 7.52 1345 2067 f-block solid Rare Earth
Europium 63 Eu 63 89 151.96 5.244 1099 1802 f-block solid Rare Earth
Gadolinium 64 Gd 64 93 157.25 7.9 1585 3546 f-block solid Rare Earth
Terbium 65 Tb 65 94 158.93 8.23 1629 3503 f-block solid Rare Earth
Dysprosium 66 Dy 66 97 162.5 8.54 1680 2840 f-block solid Rare Earth
Holmium 67 Ho 67 98 164.93 8.79 1734 2993 f-block solid Rare Earth
Erbium 68 Er 68 99 167.26 9.066 1802 3141 f-block solid Rare Earth
Thulium 69 Tm 69 100 168.93 9.32 1818 2223 f-block solid Rare Earth
Ytterbium 70 Yb 70 103 173.05 6.9 1097 1469 f-block solid Rare Earth
Name AN AS Z N AW Density Melts Boil Block Phase Type
Lutetium 71 Lu 71 104 174.97 9.841 1925 3675 d-block solid Rare Earth
Hafnium 72 Hf 72 106 178.49 13.31 2506 4876 d-block solid metal
Tantalum 73 Ta 73 108 180.95 16.69 3290 5731 d-block solid metal
Tungsten 74 W 74 110 183.84 19.25 3695 6203 d-block solid metal
Radium 75 Ra 75 111 186.21 21.02 3459 5869 d-block solid metal
Osmium 76 Os 76 114 190.23 22.59 3306 5285 d-block solid metal
Iridium 77 Ir 77 115 192.22 22.56 2719 4701 d-block solid metal
Platinum 78 Pt 78 117 195.08 21.45 2041.4 4098 d-block solid metal
Gold 79 Au 79 118 196.97 19.3 1337.33 3129 d-block solid metal
Mercury 80 Hg 80 121 200.59 13.534 234.43 629.88 d-block liquid metal
Name AN AS Z N AW Density Melts Boil Block Phase Type
Thallium 81 Tl 81 123 204.38 11.85 577 1746 p-block solid metal
Lead 82 Pb 82 125 207.2 11.34 600.61 2022 p-block solid metal
Bismuth 83 Bi 83 126 208.98 9.78 544.7 1837 p-block solid metal
Polonium* 84 Po 84 125 [209] 9.196 527 1235 p-block solid metal
Astatine* 85 At 85 136 [210] ≟? -8.93 ?≟ 575 610 p-block solid halogen
Radon* 86 Rn 86 136 [222] 0.00973 202 211.3 p-block solid inert
Francium* 87 Fr 87 138 [223] 2.48 281 890 s-block solid alkali
Radium* 88 Ra 88 138 [226] 5.5 973 2010 s-block solid alkaline
Actinium* 89 Ac 89 142 [227] 10 1323 3471 f-block solid Actinide
Thorium* 90 Th 90 140 232.04 11.7 2115 5061 f-block solid Actinide
Name AN AS Z N AW Density Melts Boil Block Phase Type
Protactinium* 91 Pa 91 146 231.04 15.37 1841 4300 f-block solid Actinide
Uranium* 92 U 92 144 238.03 19.1 1405.3 4404 f-block solid Actinide
Neptunium* 93 Np 93 148 [237] 20.45 917 4273 f-block solid Actinide
Plutonium* 94 Pu 94 148 [244] 19.85 912.5 3501 f-block solid Actinide
Americium* 95 Am 95 151 [243] 12 1449 2880 f-block solid Actinide
Curium* 96 Cm 96 150 [247] 13.51 1613 3383 f-block solid Actinide
Berkelium* 97 Bk 97 153 [247] 14.78 1259 2900 f-block solid Actinide
Californium* 98 Cf 98 153 [251] 15.1 1173 -1743 f-block solid Actinide
Einsteinium* 99 Es 99 157 [252] 8.84 1133 -1269 f-block solid Actinide
Fermium* 100 Fm 100 157 [257] -9.7 -1125 f-block solid Actinide
Name AN AS Z N AW Density Melts Boil Block Phase Type
Mendelevium* 101 Md 101 148 [258] -10.3 -1100 f-block solid Actinide
Nobelium* 102 No 102 157 [259] -9.9 -1100 f-block solid Actinide
Lawrencium* 103 Lr 103 157 [266] -14.4 -1900 d-block solid Actinide
ALL below ↓ are also radioactive.
Rutherfordium* 104 Rf 104 157 [267] -17 -2400 d-block solid
Dubnium* 105 Db 105 155 [268] -21.6 d-block
Seaborgium* 106 Sg 106 147 [267] (23–24) d-block
Bohrium* 107 Bh 107 147 [270] (26–27) d-block
Hassium* 108 Hs 108 159 [271] (27–29) d-block
Meitnerium* 109 Mt 109 161 [278] (27–28) d-block
Darmstadtium* 110 Ds 110 165 [281] (26–27) d-block
Name AN AS Z N AW Density Melts Boil Block Phase Type
Roentgenium* 111 Rg 111 [282] (22–24) d-block
Copernicium* 112 Cn 112 [285] -14 (283±11) (340±10) d-block
Nihonium* 113 Nh 113 [286] -16 p-block
Flerovium* 114 Fl 114 [289] (11.4±0.3) (284±50) p-block
Moscovium* 115 Mc 115 [290] -13.5 p-block
Livermorium* 116 Lv 115 [293] -12.9 p-block
Tennessine* 117 Ts 117 [294] (7.1–7.3) p-block
Oganassen* 118 Og 118 [294] -7 (325±15) (450±10) p-block
Helium does not solidify until it is under 4 atm of pressure, then it solidifies/melts at ≈0.95K
Gallium is liquid at 303K (29.85°C; 85.73°F). You can hold in your hand and will melt, in time.
Phase is the state at ambient temperature of 294K and 1 atm.
Alkali and Alkaline tend to be highly reactive. Pure sodium, if large enough, can explode like a bomb when put into water. Even distilled.
Metalloids are actually mineral elements that also behave like a metal element.
Halogens are gases that are highly reactive. In fact, they will react with virtually anything, even in a completely anoxic atmosphere.
Inert gases are just that. Inert. They do not react with anything.
I am not sure what the negative density for Astatine is. I just downloaded the table in csv, then loaded into sprdsht.
ALL actinides are radioactive.
Naturally occurring radioactive elements.
Artificially generated radioactive elements.

Want proof of “vacuum power”, or some “Otherpower”? Helium. Even at 0K in close as possible vacuum, helium is STILL liquid. 0K is supposed to indicate when entropy = 0.0000. We have taken Helium to something like 18 decimal places of 0K (0.000 000 000 000 000 000 …). AND it refuses to become solid until we apply ≈4.000 atm pressure. Helium, AFAIAC, proves there is power that can be tapped in a complete vacuum. Casimir Effect. And if there is Power to be tapped THERE, then…, if only we can tap it. What about the “cosmic power”? The Power of the Cosmos.

NOW! HERE is where that “↟↟” problem lies. Would tapping such power actually prevent the ReIteration of the universe in the Open Cosmos/Universe Model? Ooops…

IOW, we Humans could actually find a way to end EVERYTHING through science. JUST for our “energy” needs. Hmm…

Here is a CSV file (nt) of above for those whom may wish it.

brain fart

You want a “purpose” for Life? How about this: As Dan Brown in Origin said, “Life is entropy.” Life creates “order”, not chaos. Perfect Proof: Which is in a more “orderly” state? 1. Your body, or 2. Sol, our star?

Here is another way of looking: Which is in a more “energized” state?

You Religitards hate to admit this: Energy and Entropy are directly proportional. When something, anything, is in a higher energized state, its entropy is equal. Where Religitards confuse things is with the “maximal entropy state” term used by scientists. They confuse this with “chaos”. IOW, they attribute entropy with chaos.

“So… Utterly Wrong.” Entropy actually is indicative of order. The less energetic something is, the more orderly it is. The more energetic, the more chaotic. I KNOW I have said this before…

Just, … “Think”.

I mean, really, think. If something is more energized, does that not indicate a more “chaotic” mess? The less energized, the more orderly that mess. Think.

Here is where the confusion lies. One will mostly think of “death” when entropy is zero. Exactly correct. Yet most persons will think “death” means chaos and THE Void. When Entropy is at a “maximal state”, that actually means Entropy IS = zero (0.000). Basically, if Energy = 0, then Entropy ALSO = 0.

  AND, I cannot comprehend why this is so hard for even idiots to understand.

My Ultimate Question: “How AM I to believe in anything I can demonstrably falsify?” Explain. Please.

I can falsify ANY claim ANY Religitard can claim. How? Because they are a “CLAIM”. Remember my Brutal Question? “What is any claim/assertion/statement NOT backed by OHEEF other than a LIE?” Remember?

My Stories

One at least.

Never before had such an event occured in Holdur’s life. He awoke late, with no understanding why. The air was chilled, as was normal for this time of year. But, it was more chill than usual. He always awoke the same time of day. It would not be for another three months before the ChillWinds that fell from THE Wall would shift back into THE Wall. However, these ChillWinds were “colder” than usual.

Holdur knew not what to do. Stay within the warmth of blankets, or, face the Chill Cold.

Good enough? …

— The Unknown Atheist

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