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1. Standardowe funkcje termodynamiczne pierwiastków i związków chemicznych. Pierwiastki i zw iązki nieorganiczne [ 1,2,18)

(1)	Ml (■mol^1	faza		T= 298 K			C./J-K	'mol ^1		lit
			JH,°/ kJ mol ^1	ÓG,°t kJ mol ^1	S°/ JK*. mol^1	a	Cp = a + hT+ cl* fr-IO* c 10*		77K
ak	107.87	%	0	0	42.55	25.36			298	2
AfiBr	187.77	s	-100.67	-97.23	107.11	52 3			298	2
A«a	143.32	x	• 127.0	• 108.8	96.25	50.79			298	1.2
Agi	234.77	s	-61.94	-66.36	115.48	56.99			298	2
AjjNO,	169.87	s	-124,52	•33.60	140.92	93.05			298	2
AgjCOjt	275.75	s	-506.11	-437.23	167.36	112.47			298	2
Ag.-«	231.74	s	•31.13	-11.254	121.34	65.86			298	2
AgjS	247.80	s	•32.79	-40.835	144.01	76.53			298	2
Ąfcso,	311.80	s	-717.22	-619.65	199.83	131.38			298	2
Ag,PO*	418.58	t	-990.35	•894.75	258.16					2
Al	26.98	s	0	0	28.30	21.30	8.52		298 - 933	1
AIBr,	266.69	X	-511.28		180.03	100.47	•137.69	463.43	298 - 371	1
AICI,	133.34	s	-705.63		109.3	64.92	87.91		298-466	1
All,	407.69	8	-302.92		195.95	44.50	238.48	189.58	298 - 464	1
AIN	40.99	s	-317.98		20.14	7.76	90.00	-50.57	298 - 900	1
AIjOj	101.96	s(a)	-1675.7		50.92	55.61	83.73	•20.59	298 - 2327	1
ANS,	150.16	8	-651.03		116.84	84.72	75.88	■25.‘»3	- 1500	1
As	74.92	s(sz)	0	0	35.61	24.69			298	2
AsCI,	181.29	c	•315.47	-268.43	212.55	133.47			298	2
		_£_	-269.47	-258.05	326.23	75.48			298	2
AsH,	77.94	_£_	73.91	66.40	222.97	38.58			298	2
As,	149.84	_£_	222.2	171.9	239.4	35.0			298	IS
As-O,	229.84	s	-924.9	-782.3	105.4	116.5			298	IS
As.S,	246.02	s	•169.0	-168.6	163.6	116.3			298	IS
Au	196.97	s	0	0	47.41	25.40			298	2
AuCI	232.42	8	• 36.40	1.255	85.922	37.36			298	2
AuCI,	303.34	8	-118.47	-5336	164.36					2
B	10.81	X	0		5.90	2.60	31.73	•9.53	298- 1800	1
BCI,	117.18	c	-427.2	-387.4	206.3	106.7			298	IS
		_£_	-403.8	-388.7	290.1	62.7			298	IS
BH,	13.84	8	106.69		187.88	25.30	38.53	-6.01	298 - 1300	1
BN	24.82	8	-250.91	-226.75	14.77	19.71			298	1.2
B^llft	27.67	Jb_	41.00		233.17	3.11	205.75	-71.56	181 - 1200	1
B-O,	69.62	8	-1271.9	-1193.8	53.97	62.76			298	1.2
B,N,H.	80.50		-510.03		288.70	4.08	351.51	135.61	298- 1200	1
B*C	55.26	_ 8	-62.68		26.77	27.9			298 - 2743	1
Ba	137.33	8	0		62.48	36.99	-92.34	209.74	298 - 583	1
BaBr.	297.14	s	-757.72		148.53	70.57	21.62		298-1130	1
BaCU	208.23	8	-858,56		123.70	74.81	-5.21	21.75	298- 1198	1
BaO	153.33	8	-548.10		72.05	42.52	16.61		298 - 2286	1
Be	9.012	X	0		9.44	9.76	24.06	-6.26	298-1527	1
BcCO,	69.02	X	-1025.0		52.0	65.0			298	IS
BeCI>	79.919	S(p>	-496.22	449.51	75.81	37.68	101.78	-63.01	298-688	1.2
Bell.-	11.028	_E_	12532		173.12	17.27	48.60	-15.34	298- 1200	1
BeO	25.012	8	-608.35		13.77	-4.70	123.61	-74.27	298 - 800	1
Bi	208.98	X	0	0	56.90	26.02			298	2
Bi-O,	465.96	8	-577.81	497.34	151.46	113.80			298	2
BrCI	115.36	JŁ_	14.6	-1.0	240.1	35.0			298	IS
BrF	99.91	8	-93.8	-109.2	229.0	33.0			298	IS
Br;	159.81	c	0	0	152.21	75.69			298	2
		_	30.91	3.133	245.37	36.05			298	2