Untitled

Table A.11 Molar data. Radioactivity versus molar concentration of nifedipene

Observation number	log₁₀(NIF concentration)	Total counts for 5 × 10^-10 Molar NTD additive.
1	(0)	4403
2	(0)	5042
3	-11	5259
4	-11	5598
5	-10	4868
6	-10	4796
7	-9	3931
8	-9	4503
9	-8	2588
10	-8	3089
11	-7	2084
12	-7	3665
13	-6	2149
14	-6	2216
15	-5	1433
16	-5	1926

(0) means NIF concentration =0.

Table A.12 Kinetics data (from Becton-Dickenson)

Number	Substrate	Inhibitor concentration (I)				initial velocity
	S	0	3	10	30
1	S1	25	0	0	0	0.0328
2	S2	50	0	0	0	0.0510
3	S3	100	0	0	0	0.0697
4	S4	200	0	0	0	0.0934
5	S5	400	0	0	0	0.0924
6	S1	0	25	0	0	0.0153
7	S2	0	50	0	0	0.0327
8	S3	0	100	0	0	0.0536
9	S4	0	200	0	0	0.0716
10	S5	0	400	0	0	0.0904
11	S1	0	0	25	0	0.0087
12	S2	0	0	50	0	0.0146
13	S3	0	0	100	0	0.0231
14	S4	0	0	200	0	0.0305
15	S5	0	0	400	0	0.0658
16	S1	0	0	0	25	0.0039
17	S3	0	0	0	100	0.0094
18	S4	0	0	0	200	0.0175
19	S5	0	0	0	400	0.0398

Table A.13 Calcium data. Calcium uptake of cells suspended in a solution of radioactive calcium.

Observation number	Time t (min.)	Calcium y (nmoles/mt)
1	0.45	0.34170
2	0.45	-0.00438
3	0.45	0.82531
4	1.30	1.77967
5	1.30	0.95384
6	1.30	0.64080
7	2.40	1.75136
8	2.40	1.27497
9	2.40	1.17332
10	4.00	3.12273
11	4.00	2.60958
12	4.00	2.57429
13	6.10	3.17881
14	6.10	3.00782
15	6.10	2.67061
16	8.05	3.05959
17	8.05	3.94321
18	8.05	3.43726
19	11.15	4.80735
20	11.15	3.35583
21	11.15	2.78309
22	13.15	5.13825
23	13.15	4.70274
24	13.15	4.25702
25	15.00	3.60407
26	15.00	4.15029
27	15.00	3.42484

Table A.14 Lakes data.

Number	NIN	TW	TN
	x₁	x₂	y
1	5.548	0.137	2.590
2	4.896	2.499	3.770
3	1.964	0.419	1.270
4	3.586	1.699	1.445
5	3.824	0.605	3.290
6	3.111	0.677	0.930
7	3.607	0.159	1.600
8	3.557	1.699	1.250
9	2.989	0.340	3.450
10	18.053	2.899	1.096
11	3.773	0.082	1.745
12	1.253	0.425	1.060
13	2.094	0.444	0.890
14	2.726	0.225	2.755
15	1.758	0.241	1.515
16	5.011	0.099	4.770
17	2.455	0.644	2.220
18	0.913	0.266	0.590
19	0.890	0.351	0.530
20	2.468	0.027	1.910
21	4.168	0.030	4.010
22	4.810	3.400	1.745
23	34.319	1.499	1.965
24	1.531	0.351	2.555
25	1.481	0.082	0.770
26	2.239	0.518	0.720
27	4.204	0.471	1.730
28	3.463	0.036	2.860
29	1.727	0.721	0.760

x₁=average influent nitrogenon concentration,

x₂=water retention time.

y=mean annual nitrogen concentration,

Table A.15 n-Pentane data. Reaction rate for Catalytic Isomerization of n-Pentane to Isopentane.

Run number	Partial Pressures (psia)			Rate
	x₁	x₂	x₃	y
1	205.8	90.9	37.1	3.541
2	404.8	92.9	36.3	2.397
3	209.7	174.9	49.4	6.694
4	401.6	187.2	44.9	4.722
5	224.9	92.7	116.3	0.593
6	402.6	102.2	128.9	0.268
7	212.7	186.9	134.4	2.797
8	406.2	192.6	134.9	2.451
9	133.3	140.8	87.6	3.196
10	470.9	144.2	86.9	2.021
11	300.0	68.3	81.7	0.896
12	301.6	214.6	101.7	5.084
13	297.3	142.2	10.5	5.686
14	314.0	146.7	157.1	1.193
15	305.7	142.0	86.0	2.648
16	300.1	143.7	90.2	3.303
17	305.4	141.1	87.4	3.054
18	305.2	141.5	87.0	3.302
19	300.1	83.0	66.4	1.271
20	106.6	209.6	33.0	11.648
21	417.2	83.9	32.9	2.002
22	251.0	294.4	41.5	9.604
23	250.3	148.0	14.7	7.754
24	145.1	291.0	50.2	11.590

x₁partial pressure of hydrogen

x₂ partial pressure of n-pentane

x₃ partial pressure of iso-pentane.

y rate of disappearance of n-pentane

Table A.16 Car insurance data

		Car age (CA)
PA	CG	0-3			4-7			8-9			10+
		N.	£	m	N.	£	m	N.	£	m	N.	£	m
17-20	A	1	289	8	2	282	8	3	133	4	4	160	1
	B	5	372	10	6	249	28	7	288	1	8	11	1
	C	9	189	9	10	288	13	11	179	1
	D	12	763	3	13	850	2
21-24	A	14	302	18	15	194	31	16	135	10	17	166	4
	B	18	420	59	19	243	96	20	196	13	21	135	3
	C	22	268	44	23	343	39	24	293	7	25	104	2
	D	26	407	24	27	320	18	28	205	2
25-29	A	39	268	56	31	285	55	32	181	17	33	110	12
	B	33	275	125	35	243	172	36	179	36	37	264	10
	C	37	334	163	39	274	129	40	208	18	41	150	8
	D	41	383	72	42	305	50	43	116	6	44	636	1
30-34	A	45	236	43	46	270	53	47	160	15	48	110	12
	B	49	259	179	50	226	211	51	161	39	52	107	19
	C	53	340	197	54	260	125	55	189	30	56	104	9
	D	57	400	104	58	349	55	59	147	8	60	65	2
35-39	A	61	207	43	62	129	73	63	157	21	64	113	14
	B	65	208	191	66	214	219	67	149	46	68	137	23
	C	69	251	210	70	232	131	71	204	32	72	141	8
	D	73	233	119	74	325	43	75	207	4
40-49	A	76	254	90	77	213	98	78	149	35	79	98	22
	B	80	218	380	81	209	434	82	172	97	83	110	59
	C	84	239	401	85	250	253	86	174	50	87	129	15
	D	88	387	199	89	299	88	90	325	8	91	137	9
50-59	A	92	251	69	93	227	120	94	172	42	95	98	35
	B	96	196	366	97	229	353	98	164	95	99	132	45
	C	100	268	310	101	250	148	102	175	33	103	152	13
	D	104	391	105	105	228	46	106	346	10	107	167	1
60+	A	108	264	64	109	198	100	108	167	43	111	114	53
	B	112	224	228	113	193	233	112	178	73	115	101	44
	C	116	269	183	117	258	103	116	227	20	119	119	6
	D	120	385	62	121	324	22	120	192	6	123	123	6

Table A.17 Dielectric data.

Number	x₁	x₂	y
1	1	180	15.0
2	1	180	17.0
3	1	180	15.5
4	1	180	16.5
5	1	225	15.5
6	1	225	15.0
7	1	225	16.0
8	1	225	14.5
9	1	250	15.0
10	1	250	14.5
11	1	250	12.5
12	1	250	11.0
13	1	275	14.0
14	1	275	13.0
15	1	275	14.0
16	1	275	11.5
17	2	180	14.0
18	2	180	16.0
19	2	180	13.0
20	2	180	13.5
21	2	225	13.0
22	2	225	13.5
23	2	225	12.5
24	2	225	12.5
25	2	250	12.5
26	2	250	12.0
27	2	250	11.5
28	2	250	12.0
29	2	275	13.0
30	2	275	11.5
31	2	275	13.0
32	2	275	12.5
33	4	180	13.5
34	4	180	17.5
35	4	180	17.5
36	4	180	13.5
37	4	225	12.5
38	4	225	12.5
39	4	225	15.0
40	4	225	13.0
41	4	250	12.0
42	4	250	13.0
43	4	250	12.0
44	4	250	13.5
45	4	275	10.0
46	4	275	11.5
47	4	275	11.0
48	4	275	9.5
49	8	180	15.0
50	8	180	15.0
51	8	180	15.5
52	8	180	16.0
53	8	225	13.0
54	8	225	10.5
55	8	225	13.5
56	8	225	14.0
57	8	250	12.5
58	8	250	12.0
59	8	250	11.5
60	8	250	11.5
61	8	275	6.5
62	8	275	5.5
63	8	275	6.0
64	8	275	6.0
65	16	180	18.5
66	16	180	17.0
67	16	180	15.3
68	16	180	16.0
69	16	225	13.0
70	16	225	14.0
71	16	225	12.5
72	16	225	11.0
73	16	250	12.0
74	16	250	12.0
75	16	250	11.5
76	16	250	12.0
77	16	275	6.0
78	16	275	6.0
79	16	275	5.0
80	16	275	5.5
81	32	180	12.5
82	32	180	13.0
83	32	180	16.0
84	32	180	12.0
85	32	225	11.0
86	32	225	9.5
87	32	225	11.0
88	32	225	11.0
89	32	250	11.0
90	32	250	10.0
91	32	250	10.5
92	32	250	10.5
93	32	275	2.7
94	32	275	2.7
95	32	275	2.5
96	32	275	2.4
97	48	180	13.0
98	48	180	13.5
99	48	180	16.5
100	48	180	13.6
101	48	225	11.5
102	48	225	10.5
103	48	225	13.5
104	48	225	12.0
105	48	250	7.0
106	48	250	6.9
107	48	250	8.8
108	48	250	7.9
109	48	275	1.2
110	48	275	1.5
111	48	275	1.0
112	48	275	1.5
113	64	180	13.0
114	64	180	12.5
115	64	180	16.5
116	64	180	16.0
117	64	225	11.0
118	64	225	11.5
119	64	225	10.5
120	64	225	10.0
121	64	250	7.2
122	64	250	7.5
123	64	250	6.7
124	64	250	7.6
125	64	275	1.5
126	64	275	1.0
127	64	275	1.2
128	64	275	1.2

x₁ = Time (weeks)

x₂ = Temperature (^oC )

y = dielectric breakdown strength in kilovolts

Table A.18 British Train Accidents.

Number	month	year	rolling stock	mt	y
1	9	97	2	0.436	7
2	8	96	2	0.424	1
3	3	96	3	0.424	1
4	1	95	2	0.426	1
5	10	94	1	0.419	5
6	6	94	1	0.419	2
7	7	91	1	0.439	4
8	1	91	1	0.439	2
9	8	90	2	0.431	1
10	4	89	3	0.436	1
11	3	89	1	0.436	2
12	3	89	1	0.436	5
13	12	88	1	0.443	35
14	11	88	2	0.443	1
15	10	87	1	0.397	4
16	9	86	2	0.414	1
17	9	86	1	0.414	2
18	4	86	3	0.414	1
19	3	86	2	0.414	1
20	12	84	2	0.389	3
21	12	84	1	0.389	1
22	10	84	2	0.389	3
23	7	84	2	0.389	13
24	2	84	3	0.389	2
25	12	83	1	0.401	1
26	2	83	2	0.401	1
27	12	82	1	0.372	1
28	12	81	1	0.417	4
29	12	81	2	0.417	1
30	11	80	3	0.430	2
31	3	80	1	0.430	1
32	10	79	1	0.426	5
33	4	79	1	0.426	7
34	2	79	1	0.426	1
35	12	78	1	0.430	1
36	12	78	1	0.430	3
37	9	77	1	0.425	2
38	11	76	3	0.426	1
39	1	76	3	0.426	2
40	10	75	2	0.436	1
41	8	75	3	0.436	2
42	6	75	1	0.436	6
43	1	75	2	0.436	1
44	10	74	3	0.452	1
45	6	74	1	0.452	1
46	12	73	1	0.433	10
47	8	73	1	0.433	5
48	4	73	3	0.433	1
49	9	72	3	0.431	1
50	6	72	1	0.431	6
51	12	71	3	0.444	3
52	10	71	3	0.444	1
53	7	71	1	0.444	2
54	2	71	1	0.444	1
55	5	70	1	0.452	2
56	12	69	2	0.447	1
57	5	69	1	0.447	1
58	5	69	1	0.447	6
59	4	69	2	0.447	2
60	3	69	1	0.447	2
61	1	69	1	0.447	4
62	9	68	1	0.449	2
63	11	67	1	0.459	49
64	9	67	1	0.459	1
65	7	67	1	0.459	7
66	3	67	1	0.459	5
67	2	67	1	0.459	9

rolling stock 1 = Mark 1 train

rolling stock 2 = Post-Mark 1 train

rolling stock 3 = Non-passenger

m_t=amount of traffic on the railway system (bilions of train km.)

y = Fatalities

Table A.19 Cellular differentiation data.

Number	x₁	x₂	y
1	0	0	11
2	0	4	18
3	0	20	20
4	0	100	39
5	1	0	22
6	1	4	38
7	1	20	52
8	1	100	69
9	10	0	31
10	10	4	68
11	10	20	69
12	10	100	128
13	100	0	102
14	100	4	171
15	100	20	180
16	100	100	193

x₁= Dose of TNF (U/ml)

x₂= Dose of IFN (U/ml)

y= Number of cells differentiating

Table A.20 Bliss data.

Number	Dose	Killed	Total
1	49.09	6	59
2	52.99	13	60
3	56.91	18	62
4	60.84	28	56
5	64.76	52	63
6	68.69	53	59
7	72.61	61	62
8	76.54	60	60

Table A.21 Mice data.

Number	Dose	Preparation	With convultion	Total
1	3.4	0	0	33
2	5.2	0	5	32
3	7.0	0	11	38
4	8.5	0	14	37
5	10.5	0	18	40
6	13.0	0	21	37
7	18.0	0	23	31
8	21.0	0	30	37
9	28.0	0	27	30
10	6.5	1	2	40
11	10.0	1	10	30
12	14.0	1	18	40
13	21.5	1	21	35
14	29.0	1	27	37

Preparation: 0= Standard preparation, 1= Test preparation

Table A.22 Toxoplasmosis data.

Number	mm of rain	Cases of toxoplasmosis	Total
1	1735	2	4
2	1936	3	10
3	2000	1	5
4	1973	3	10
5	1750	2	2
6	1800	3	5
7	1750	2	8
8	2077	7	19
9	1920	3	6
10	1800	8	10
11	2050	7	24
12	1830	0	1
13	1650	15	30
14	2200	4	22
15	2000	0	1
16	1770	6	11
17	1920	0	1
18	1770	33	54
19	2240	4	9
20	1620	5	18
21	1756	2	12
22	1650	0	1
23	2250	8	11
24	1796	41	77
25	1890	24	51
26	1871	7	16
27	2063	46	82
28	2100	9	13
29	1918	23	43
30	1834	53	75
31	1780	8	13
32	1900	3	10
33	1976	1	6
34	2292	23	37

Table A.23 Vaso data: Finney’s data on vaso-contriction in the skin of the digits.

Number	x₁=Volume	x₂=Rate	y
1	3.70	0.825	1
2	3.50	1.090	1
3	1.25	2.500	1
4	0.75	1.500	1
5	0.80	3.200	1
6	0.70	3.500	1
7	0.60	0.750	0
8	1.10	1.700	0
9	0.90	0.750	0
10	0.90	0.450	0
11	0.80	0.570	0
12	0.55	2.750	0
13	0.60	3.000	0
14	1.40	2.330	1
15	0.75	3.750	1
16	2.30	1.640	1
17	3.20	1.600	1
18	0.85	1.415	1
19	1.70	1.060	0
20	1.80	1.800	1
21	0.40	2.000	0
22	0.95	1.360	0
23	1.35	1.350	0
24	1.50	1.360	0
25	1.60	1.780	1
26	0.60	1.500	0
27	1.80	1.500	1
28	0.95	1.900	0
29	1.90	0.950	1
30	1.60	0.400	0
31	2.70	0.750	1
32	2.35	0.030	0
33	1.10	1.830	0
34	1.10	2.200	1
35	1.20	2.000	1
36	0.80	3.330	1
37	0.95	1.900	0
38	0.75	1.900	0
39	1.30	1.625	1

y: 0= nonoccurrence, 1= occurrence

Table A.24 Chapman data:

Number	x₁	x₄	x₆	y	Number	x₁	x₄	x₆	y
1	44	254	190	0	44	56	428	171	1
2	35	240	216	0	45	53	334	166	0
3	41	279	178	0	46	47	278	121	0
4	31	284	149	0	47	30	264	178	0
5	61	315	182	1	48	64	243	171	1
6	61	250	185	0	49	31	348	181	0
7	44	298	161	0	50	35	290	162	0
8	58	384	175	0	51	65	370	153	1
9	52	310	144	0	52	43	363	164	0
10	52	337	130	0	53	53	343	159	0
11	52	367	162	0	54	58	305	152	1
12	40	273	175	0	55	67	365	190	1
13	49	273	155	0	56	53	307	200	0
14	34	314	156	0	57	42	243	147	0
15	37	243	151	0	58	43	266	125	0
16	63	341	168	0	59	52	341	163	0
17	28	245	185	0	60	68	268	138	0
18	40	302	225	0	61	64	261	108	0
19	51	302	247	1	62	46	378	142	0
20	33	386	146	0	63	41	279	212	0
21	37	312	170	1	64	58	416	188	0
22	33	302	161	0	65	50	261	145	0
23	41	394	167	0	66	45	332	144	0
24	38	358	198	0	67	59	337	158	0
25	52	336	162	0	68	56	365	154	0
26	31	251	150	0	69	59	292	148	0
27	44	322	196	1	70	47	304	155	0
28	31	281	130	0	71	43	341	154	0
29	40	336	166	1	72	37	317	184	0
30	36	314	178	0	73	27	296	140	0
31	42	383	187	0	74	44	390	167	0
32	28	360	148	0	75	41	274	138	0
33	40	369	180	0	76	33	355	169	0
34	40	333	172	0	77	29	225	186	0
35	35	253	141	0	78	24	218	131	0
36	32	268	176	0	79	36	298	160	0
37	31	257	154	0	80	23	178	142	0
38	52	474	145	0	81	47	341	218	1
39	45	391	159	1	82	26	274	147	0
40	39	248	181	0	83	45	285	161	0
41	40	520	169	1	84	41	259	245	0
42	48	285	160	1	85	55	266	167	0
43	29	352	149	0	86	34	214	139	1
87	51	267	150	0	130	51	286	134	0
88	58	256	175	0	131	37	260	188	0
89	51	273	123	0	132	28	252	149	0
90	35	348	174	0	133	44	336	175	0
91	34	322	192	0	134	35	216	126	0
92	26	267	140	0	135	41	208	165	0
93	25	270	195	0	136	29	352	160	0
94	44	280	144	0	137	46	346	155	0
95	57	320	193	0	138	55	259	140	0
96	67	320	134	0	139	32	290	181	0
97	59	330	144	0	140	40	239	178	0
98	62	274	179	0	141	61	333	141	0
99	40	269	111	0	142	29	173	143	0
100	52	269	164	0	143	52	253	139	0
101	28	135	168	0	144	25	156	136	0
102	34	403	175	0	145	27	156	150	0
103	43	294	173	0	146	27	208	185	0
104	38	312	158	0	147	53	218	185	0
105	45	311	154	0	148	42	172	161	0
106	26	222	214	0	149	64	357	180	0
107	35	302	176	0	150	27	178	198	0
108	51	269	262	0	151	55	283	128	1
109	55	311	181	0	152	33	275	177	0
110	45	286	143	0	153	58	187	224	0
111	69	370	185	1	154	51	282	160	0
112	58	403	140	0	155	37	282	181	0
113	64	244	187	0	156	47	254	136	0
114	70	353	163	0	157	49	273	245	0
115	27	252	164	0	158	46	328	187	0
116	53	453	170	0	159	40	244	161	1
117	28	260	150	0	160	26	277	190	0
118	29	269	141	0	161	28	195	180	0
119	23	235	135	0	162	23	206	165	0
120	40	264	135	0	163	52	327	147	0
121	53	420	141	0	164	42	246	146	0
122	25	235	148	0	165	27	203	182	0
123	63	420	160	1	166	29	185	187	0
124	48	277	180	1	167	43	224	128	0
125	36	319	157	0	168	34	246	140	0
126	28	386	189	1	169	40	227	163	0
127	57	353	166	0	170	28	229	144	0
128	39	344	175	0	171	30	214	150	0
129	52	210	172	1	172	34	206	137	0

Table A.24 Chapman data (continued)

Number	x₁	x₄	x₆	y
173	26	173	141	0
174	34	248	141	0
175	35	222	190	0
176	34	230	167	0
177	45	219	159	0
178	47	239	157	0
179	54	258	170	0
180	30	190	132	0
181	29	252	155	0
182	48	253	178	0
183	37	172	168	0
184	43	320	159	1
185	31	166	160	0
186	48	266	165	0
187	34	176	194	0
188	42	271	191	1
189	49	295	198	0
190	50	271	212	1
191	42	259	147	0
192	50	178	173	1
193	60	317	206	0
194	27	192	190	0
195	29	187	181	0
196	29	238	143	0
197	49	283	149	0
198	49	264	166	0
199	50	264	176	0
200	31	193	141	0

y: 0= nonoccurrence, 1= occurrence

Last edited on 16 February 2000