Element Data

	A	B	C	D	E	F	G	H	J
1	Atomic Number	Symbol	Boiling Point (˚C)	Density (g/mL)	Cost ($/100g)	Electron Affinity (Pauling Force)	Atomic Radius (Å)	Abundance (log)
2	1	H	-252.9	0.0000699	12	2.2	0.79	3.1	Boiling Point is measured in degrees Celsius. This is the temperature at which the substance transitions between a liquid and vapor state.
3	2	He	-268.9	0.000179	5.2	N/A	0.49	-2.1
4	3	Li	1342	0.543	27	0.98	2.05	1.3
5	4	Be	2970	1.85	530	1.57	1.4	0.4
6	5	B	2550	2.34	250	2.04	1.17	1	Density is measured in grams per milliliter. It measures how much mass is in a substance compared to its size.
7	6	C	4827	2.25	2.4	2.55	0.91	2.3
8	7	N	-195.8	0.00125	0.4	3.04	0.75	1.3
9	8	O	-183	0.00143	0.3	3.44	0.65	5.7
10	9	F	-188.1	0.0017	190	3.98	0.57	2.8	Cost is measured in US dollars per 100 grams. This measures how much you would pay (as of 2012) for 100g of the substance.
11	10	Ne	-248.7	0.0009	33	N/A	0.51	-2.3
12	11	Na	883	0.971	7	0.93	2.23	4.4
13	12	Mg	1090	1.74	3.7	1.31	1.72	4.4
14	13	Al	2467	2.7	1.8	1.61	1.82	4.9	Electron Affinity is measured on the Pauling scale, which runs from 0.7 to 4.0. Electron affinity describes how reluctant an atom is to give up one of its electrons. A score of 4 suggests a HUGE amount of energy is necessary to remove the electron, whereas an atom with a score of 0.7 will shed an electron at the first opportunity to do so. Non-reactive elements typically have a Pauling score of around 2, meaning they could loose or gain electrons freely. He, Ne, and Ar are so unreactive, they are ignored for this measurement.
15	14	Si	2355	2.33	5.4	1.9	1.46	5.5
16	15	P	280	1.82	4	2.19	1.23	3
17	16	S	444.7	2.07	24	2.58	1.09	2.4
18	17	Cl	-34.6	0.00321	0.15	3.16	0.97	2.1
19	18	Ar	-185.7	0.00178	0.5	N/A	0.88	0.5
20	19	K	760	0.86	85	0.82	2.77	4.3
21	20	Ca	1484	1.55	11	1	2.23	4.65
22	21	Sc	2832	2.99	1400	1.36	2.09	1.3	Atomic Radius is measured in Ångströms, or 0.0000000001 meters. Atomic radius is measured to be half the distance between the nuclei of two adjacent atoms.
23	22	Ti	3287	4.54	6.1	1.54	2	3.8
24	23	V	3380	6.11	220	1.63	1.92	2.1
25	24	Cr	2672	7.19	10	1.66	1.85	2
26	25	Mn	1962	7.43	1.7	1.55	1.79	3	Abundance is measured by comparing the proportions of one element to another. However, since some elements are vastly abundant and others are remarkably scarce, it is measured on a logrithmic scale. Basically, the number given is the exponent on a power of 10. For example, Silicon has a value of 5.5, which would be 10^(5.5), or 316,000 parts, whereas Krypton has a value of -4, which would be 10^(-4), or 0.0001 parts (compared to Silicon's 316,000).
27	26	Fe	2750	7.86	6.7	1.83	1.72	4.8
28	27	Co	2870	8.9	21	1.88	1.67	1.4
29	28	Ni	2730	8.9	7.7	1.91	1.62	1.9
30	29	Cu	2567	8.96	2.7	1.9	1.57	1.7
31	30	Zn	906	7.13	3.7	1.65	1.53	1.79
32	31	Ga	2403	5.9	220	1.81	1.81	1.2
33	32	Ge	2830	5.32	360	2.01	1.52	0.7
34	33	As	617	5.73	320	2.18	1.33	0.3
35	34	Se	685	4.79	14	2.55	1.22	-1.3
36	35	Br	58.8	3.12	4.9	2.96	1.12	0.4
37	36	Kr	-152	0.00374	33	3	1.03	-4
38	37	Rb	686	1.53	1200	0.82	2.98	2
39	38	Sr	1384	2.54	100	0.95	2.45	2.6
40	39	Y	3337	4.47	220	1.22	2.27	1.51
41	40	Zr	4377	6.51	16	1.33	2.16	2.24
42	41	Nb	4742	8.57	18	1.6	2.08	1.3
43	42	Mo	4612	10.2	11	2.16	2.01	0.2
44	43	Tc	4877	11.5	N/A	1.9	1.95
45	44	Ru	3900	12.4	1400	2.2	1.89	-3
46	45	Rh	3727	12.4	13000	2.28	1.83	-3
47	46	Pd	3140	12	15	2.2	1.79	-2
48	47	Ag	2212	10.5	120	1.93	1.75	-1.2
49	48	Cd	765	8.65	6	1.69	1.71	-0.7
50	49	In	2080	7.31	120	1.78	2	-1
51	50	Sn	2270	7.31	8	1.96	1.72	0.3
52	51	Sb	1950	6.69	4.5	2.05	1.53	-0.7
53	52	Te	989.8	6.24	24	2.1	1.43	-3
54	53	I	184	4.93	8.3	2.66	1.32	-0.3
55	54	Xe	-107.1	0.00589	120	2.6	1.24	-4.5
56	55	Cs	669	1.87	1100	0.79	3.34	0
57	56	Ba	1640	3.5	55	0.89	2.78	2.6
58	57	La	3454	6.15	64	1.1	2.74	1.5
59	58	Ce	3257	6.66	57	1.12	2.7	1.8
60	59	Pr	3017	6.77	170	1.13	2.67	0.9
61	60	Nd	3127	7	110	1.14	2.64	1.4
62	61	Pm	3000	7.26	N/A	???	2.62	-19.3
63	62	Sm	1794	7.52	130	1.17	2.59	0.8
64	63	Eu	1529	5.24	3600	???	2.56	0.1
65	64	Gd	3273	7.9	191	1.2	2.54	0.7
66	65	Tb	3230	8.23	1800	???	2.51	0
67	66	Dy	2567	8.55	210	1.22	2.49	0.5
68	67	Ho	2700	8.8	740	1.23	2.47	0.1
69	68	Er	2868	9.07	270	1.24	2.45	0.4
70	69	Tm	1950	9.32	4100	1.25	2.42	-0.3
71	70	Yb	1196	6.97	530	???	2.4	0.5
72	71	Lu	3402	9.84	6900	1.27	2.25	-0.3
73	72	Hf	4600	13.3	120	1.3	2.16	0.4
74	73	Ta	5425	16.6	120	1.5	2.09	0.3
75	74	W	5660	19.3	11	2.36	2.02	0.2
76	75	Re	5600	21	540	1.9	1.97	-2.3
77	76	Os	5030	22.6	7700	2.2	1.92	-2.8
78	77	Ir	4130	22.4	4200	2.2	1.87	-3
79	78	Pt	3827	21.4	4700	2.28	1.83	-2.3
80	79	Au	3080	19.3	4400	2.54	1.79	-2.4
81	80	Hg	357	13.5	5	2	1.76	-1.1
82	81	Tl	1457	11.9	48	1.62	2.08	-0.3
83	82	Pb	1740	11.4	1.5	2.33	1.81	1.1
84	83	Bi	1560	9.75	11	2.02	1.63	-0.8
85	84	Po	962	9.32	N/A	2	1.53	-9.7
86	85	At	337	???	N/A	2.2	1.43
87	86	Rn	-61.8	0.00973	N/A	???	1.34	-12.4
88	87	Fr	677	???	N/A	0.7
89	88	Ra	1140	5	N/A	0.9		-6
90	89	Ac	3200	10.1	N/A	1.1		-9.3
91	90	Th	4790	11.7	N/A	1.3		1
92	91	Pa	4000	15.4	N/A	1.5		-5.9
93	92	U	3818	19	N/A	1.38		0.4
94	93	Np	3900	20.2	N/A	1.36
95	94	Pu	3232	19.8	N/A	1.28
96	95	Am	2607	13.7	N/A	1.3
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