As stated in the preceding section, the respiration rate per minute showed a tendency to decrease; the volume per respiration has therefore an interest. These volumes are recorded in the last column of table 111. Although these volumes show in a number of instances a slight tendency to decrease, they do not on the whole indicate a profound effect of the low diet. Certain cases, particularly Vea and Gul, show a tendency towards a pronounced reduction in volume per respiration. As a matter of fact, the values for Gul range from 634 c.c. on October 1 and 20 to as low as 399 c.c. on January 21, this being by far the widest difference noted with any of the subjects. Vea shows a range from 496 c.c. on October 8 to 381 c.c. on November 5.

In general, however, the slight decrease in the respiration rate which was noted as the research progressed, accompanied by a similar decrease in total ventilation of the lungs, results in an approximately constant volume per respiration but the data are so irregular that it is difficult to discover any particular influence of the low diet upon the volume per respiration, and one must infer that this remains practically unchanged.

Table 111. - Ventilation Of Lungs And Alveolar Co2 Tension In Valve-Apparatus Experiment*; Subjects Post-Absorptive And In Lying Position - Squad A

Subject and data.

Per minute.

(e) Respi-ratory quotient.

(f) Alveolar.

CO, tension (determined).

(g)

Alveolar

CO2 tension (calculated).

Ventilation (observed) per minute per mm. CO2 tension.1

(j) Respiration rate per minute.

(k) Volume per respiration.2

(a) Ventilation of hap

(ob-eerred).

(b) Ventilation of lunge (re-duccd).

(c) Carbon dioxide.

(d) Oxygen.

(h) From calculated CO2 tension (a/g).

(i)

From determined CO2 tension (a/f).

Bro.

liters.

liter:

c.c.

C.C.

mm.Ha.

mm.Hg.

c.c.

C.C.

C.C.

Sept. 28

4.42

3.99

149

215

0.70

.

45.0

98.2

...

11.8

413

Oct. 6

4.80

4.44

176

210

.84

...

44.3

110.4

..

11.6

466

11

4.68

4.16

148

201

.74

..

47.1

97.2

..

13.7

368

16

4.23

3.80

143

190

.75

..

48.5

87.2

...

12.2

380

20

4.27

3.86

142

194

.74

...

49.0

87.1

..

12.8

365

Nor. 8

4.20

3.70

140

187

.75

44.0

47.6

88.2

93.5

12.1

379

15

3.02

3.63

144

187

.77

44.9

52.9

74.2

87.3

11.4

377

21

4.11

3.68

138

184

.75

47.0

49.5

83.0

87.4

12.3

367

Dec 8

6.01

4.60

140

186

.75

46.6

35.2

142.3

107.5

12.5

"443

16

4.26

3.87

137

177

.77

47.8

45.1

94.2

88.9

12.2

384

18

4.03

3.70

138

176

.78

48 2

48 6

82 9

83 6

12 1

368

Jan. 11

4.61

4.10

147

195

.75

47.2

43.5

106.0

97.7

12.9

398

16

3.98

3.57

142

178

.80

45.2

50.5

78.8

88.1

11.5

384

10

4.18

3.75

136

177

.77

45.4

46.9

89.1

92.1

12.2

377

23

3.90

3.48

126

165

.76

48.4

48.2

80.9

80.6

11.8

364

20

4.17

3.78

129

165

.78

48.5

42 3

98.6

86.0

11.6

397

Feb. 1

4.34

4.01

140

184

.79

47.0

46.0

94.3

92.3

12.4

no

Con.

Sept.27

6.42

5.83

201

266

.75

.

35 8

179 3

..

13.0

542

Oct. 4

6.03

5.42

212

253

.84

...

38 9

155.0

..

11.3

588

10

6.00

5.10

180

251

72

....

39 2

142 8

..

13 0

474

26

5.59

4.96

183

240

.76

....

40 1

139 4

...

12 5

487

Not. 7

6.38

4.08

180

232

78

45 4

37 1

143 5

118.5

11 1

542

14

6.31

4.83

165

226

.73

45 5

37 4

142 0

116 7

12 0

487

20

6.48

4.96

175

222

79

44 1

77 7

146.9

124.3

11 A

519

27

6.70

6.30

180

228

.83

46 6

37 8

152 4

123 6

12 0

526

Dee. 7

5.16

4.72

171

225

76

45.6

39.2

171 A

113.2

115

497

14

5.93

5.24

188

227

.83

46 1

37 1

159.8

128 A

12 4

527

Jan. 7

6.18

6.47

204

251

81

45.9

37.9

163.1

134.6

12.0

558

11

6.87

6.33

185

245

.76

44 1

35 6

164 9

133 1

11.9

548

16

6.40

4.87

180

221

.81

46.3

38 5

141 8

117.9

11.5

524

10

6.40

4.84

160

226

75

44.6

39.5

136.7

191 1

13 1

453

22

6.31

4.80

172

219

79

45.5

38.1

139.4

116.7

11 4

511

20

6.04

6.13

178

225

.79

1 17 1

125. 1

11.5

147

Feb. 2

6.48

6.03

184

230

.80

...

35.9

141.6

..

11.6

522

Fre.

Oct. 2

6.80

6.80

166

215

77

..

43.3

135.3

.

18 7

34A

6

0.28

6.72

176

• >■>.,

7ft

..

42.8

...

20.0

11

6.20

5 62

177

227

.78

..

44.1

140.7 14A A

..

19 7

349

18

6 84

6.33

164

217

.76

..

45 5

128.3

..

19.5

327

Km.

Oct. 27

6.43

6.80

212

265

..

..

20

6.04

6.13

204

257

.79

..

42.0

149.9

..

16.2

433

30

6.61

6.84

211

267

. IV

.70

..

42.7 36.4

181.6

..

14. A

12.8

567

1Computed following example of Loewy and Zunti (Bert. Win. Wochenachr., 1916, 53. p. 828). 2Computed to 37o C. saturated, and prevailing barometric pressure.

Subject and date.

Per minute.

(e) Respiratory quotient.

(f)

Alveolar

C02 tension (determined).

iff) Alveolar

C02 tension (calculated).

Ventilation (observed) per minute per mm. CO2 tension.1

(j) Respiration rate per minute.

(k) Volume per respiration.2

(a) Ventilation of lungs (observed).

(b) Ventilation of lungs (reduced).

(c) Carbon dioxide.

(d) Oxy- gen.

(h)

From calculated CO2 tension (a/g).

(i)

From determined CO, tension (a/f).

Kon -

cont.

liters.

liters.

c.c.

c.c.

mm.Hg.

mm.Hg.

c.c.

c.c.

C.C.

Nov. 2

5.93

5.44

187

251

.75

..

40.0

148.2

..

14.9

440

4

6.31

5.85

193

246

.78

..

40.6

155.4

..

17.2

406

6

5.40

4.89

176

240

.73

44.5

40.0

135.0

121.3

12.5

474

8

5.43

4.91

177

240

.74

47.8

39.8

136.4

113.6

12.4

478

15

5.91

5.33

184

245

.76

46.0

40.9

144.5

128.5

15.3

424

21

5.00

4.47

160

214

.75

44.7

40.3

124.1

111.9

12.0

458

28

5.35

4.87

165

210

.79

48.1

39.8

134.4

111.2

13.6

432

Dec. 5

5.38

4.85

183

225

.81

48.9

43.6

123.4

110.0

13.4

441

15

6.04

5.52

184

232

.79

47.5

39.4

153.3

127.2

15.7

426

Jan. 12

5.81

5.06

189

242

.78

49.8

43.2

134.5

116.7

14.7

435

15

5.92

5.28

184

239

.77

47.9

41.9

141.3

123.6

15.9

413

18

5.96

5.40

174

235

.74

45.7

38.9

153.2

130.4

15.9

414

22

5.46

4.95

166

207

.80

49.9

41.6

131.3

109.4

15.1

398

26

4.96

4.50

157

201

.78

48.1

41.3

120.1

103.1

12.9

426

31

5.50

5.06

166

203

.82

46.9

41.0

134.1

117.3

15.4

395

Gar.

Sept. 27

5.85

5.28

213

271

.79

..

40.9

143.0

..

11.1

575

Oct. 4

5.71

5.13

196

244

.80

..

42.5

134.3

..

13.4

469

10

5.43

4.94

181

239

.76

..

40.9

132.8

..

12.7

470

17

5.09

4.66

177

234

.76

..

41.2

123.5

....

11.2

499

23

5.05

4.63

165

221

.75

..

40.4

125.0

..

12.1

459

Nov. 1

5.02

4.52

164

220

.75

.

41.9

119.8

...

12.3

444

7

5.22

4.83

169

219

.78

44.3

39.5

132.2

117.8

12.7

461

14

4.88

4.44

157

211

.75

44.1

41.1

118.7

110.7

12.2

439

20

4.55

4.11

154

209

.74

43.4

42.1

108.1

104.8

10.8

462

28

4.86

4.42

156

211

.74

43.5

39.9

121.8

111.7

11.6

459

Dec. 7

4.69

4.28

151

205

.74

44.3

40.2

116.7

105.9

11.5

452

14

4.99

4.39

170

202

.84

43.8

40.6

122.9

113.9

10.7

514

Jan. 10

6.00

5.44

177

237

.75

44.0

32.0

187.5

136.4

11.3

596

14

5.83

5.38

195

223

.87

45.0

39.6

147.2

129.6

13.5

485

18

5.46

4.95

173

230

.75

42.6

38.8

140.7

128.2

12.8

471

22

4.66

4.23

148

194

.76

43.2

39.5

118.0

107.9

11.2

458

25

5.11

4.59

155

203

.76

42.4

38.6

132.4

120.5

12.7

445

31

4.86

4.47

153

200

.77

44.3

41.4

117.4

109.7

13.0

414

Gul.

Oct. 1

5.90

5.36

210

249

.84

..

37.8

156.1

..

10.4

634

7

5.72

5.28

192

241

.80

..

36.8

155.4

....

11.0

577

13

5.84

5.24

181

235

.77

..

38.7

150.9

..

13.8

463

20

5.31

4.85

170

228

.75

.

34.0

156.2

...

9.3

634

22

5.11

4.58

168

221

.76

...

38.4

133.2

..

10.5

530

31

5.38

4.99

178

220

.81

..

35.7

150.7

..

10.2

592

Nov. 4

5.71

5.29

181

224

.81

..

38.6

147.9

..

13.6

464

10

5.33

4.84

171

207

.81

41.6

35.7

149.3

128.1

10.4

570

17

5.26

4.75

164

213

.77

44.6

39.6

132.8

117.9

12.9

448

1Computed following example of Loewy and Zuntz (Berl. klin. Wochensohr., 1916, 53, p. 828). 2 Computed to 37° C, saturated, and prevailing barometric pressure.

Subject and date.

Per minute.

(e) Respiratory quotient.

(f) Alveolar.

CO2 tension (determined).

(g) Alveolar

CO2 tension (calculated).

Ventilation (observed) per minute per mm. CO2 tension.1

(j) Respiration rate per minute.

(k) Volume per respiration.2

(a)

Ventiation of lungs

(obaerred).

(6) Ventilation of lungs

(reduced).

(c) Carbon dioxide.

(d) Oxygen.

(h) From calculated CO2 tension (a/g).

From determined CO2 tension (a/f).

Gul -

cont.

liter:

liters.

c.c.

C.C.

mm.Hg.

mm.Hg.

c.c.

C.C.

c.c.

Not. 23

6.10

4.59

157

198

.79

44.7

39.2

132.4

116.1

12.8

443

27

6.66

5.10

172

208

.83

45.5

39.6

140.4

122.2

13.9

437

Deo. 4

4.97

4.50

159

214

.74

45.9

43.0

115.6

108.3

13.4

410

11

6.44

6.01

179

197

.91

47.5

38.5

141.3

114.5

11.9

505

17

4.82

4.45

160

193

.83

46.8

41.0

117.6

103.0

11.4

461

Jan. 0

6.20

4.68

170

215

.79

46.6

42.7

121.8

111.6

13.6

426

14

6.00

6.53

209

240

.87

48.5

41.8

143.5

123.7

14.2

474

18

6.33

4.83

161

223

.72

44.8

39.7

134.3

119.0

14.0

421

21

4.63

4.23

143

184

.78

43.1

41.9

108.1

105.1

12.8

399

26

6.19

4.66

153

192

.80

45.1

38.5

134.8

115.1

13.4

429

31

6.17

4.75

156

200

.78

43.4

40.6

127.3

119.1

14.3

400

Mon.

Sept. 29

6.47

5.85

203

273

.74

.

39.1

165.5

..

15.5

460

Oct. 6

6.86

6.20

207

264

.78

...

35.4

193.8

..

14.7

514

12

6.37

6.80

198

260

.76

..

37.4

170.3

..

14.6

482

10

6.46

6.82

194

258

.75

..

38.5

167.5

..

15.9

443

21

6.93

6.46

193

241

.80

..

37.6

157.7

..

12.7

517

Not. 3

6.19

4.74

154

226

.68

...

36.7

141.4

...

12.4

461

0

4.95

4.47

162

218

.75

43.7

41.5

119.3

113.3

12.1

448

16

6.18

5.54

185

236

.79

44.6

37.2

166.1

138.6

14.5

468

22

6.32

5.62

185

231

.80

43.2

36.0

175.6

146.3

14.5

479

Dec. 8

6.17

6.61

204

222

.92

45.5

37.5

164.5

135.6

12.6

544

10

6.73

6.12

216

244

.89

44.4

36.5

184.4

151.6

13.9

539

16

5.86

6.46

187

210

.89

50.1

37.8

155.0

117.0

13.2

489

Jan. 10

6.81

6.27

169

225

.75

43.7

32.9

176.6

133.0

12.1

540

14

6.89

6.43

191

217

.88

43.3

36.1

163.2

136.0

12.0

551

17

6.19

4.71

164

217

.76

47.8

37.9

136.9

108.6

11.8

487

21

6.62

6.06

195

231

.84

49.0

34.9

186.8

133.1

14.8

495

26

6.13

4.62

159

212

.75

46.9

38.0

135.0

109.4

12.1

471

30

6.07

6.63

182

225

.81

45.4

36.2

167.7

133.7

14.4

469

Moy.

Oct. 1

4.84

4.39

178

209

.85

..

46.5

104.1

...

12.2

443

7

6.35

4.95

177

232

76

...

41.1

130.2

..

13 3

447

13

6.14

4.61

170

224

76

..

42.2

121.8

..

12.5

450

20

6.01

4.67

172

224

77

....

41.1

121. 9

..

11.4

4ss

Not. 10

6.08

4.62

161

209

77

44.8

40.1

126.7

113.4

12.8

443

17

4.78

4.31

140

202

.74

45.3

49.2

118.7

104.6

12 0

438

23

4.62

3.99

146

194

.75

46.2

42.3

103.9

97.8

11 8

410

Dee. 4

4.65

4 12

154

202

. to

.76

46.4

42.3

107.6

98.1

11.0

456

11

4.64

4.16

157

188

.83

47.6

43.2

105.1

95.4

11.1

450

17

4.76

4.37

158

196

.81

48.3

42.3

112.3

98.3

11.7

441

Jan. 0

6.32

4.79

177

220

77

47.2

39.7

114 0

114.7

12.0

493

17

4.94

4.49

162

218

.74

47.2

39.9

123.8

104.7

11.6

472

20

4.68

4.21

163

194

.79

47.1

41.1

111.4

97.2

11.2

456

24

4.84

4.36

164

198

.78

46.2

40.2

120.4

104.8

11.8

451

30

4.60

4.26

164

191

.81

47.3

39.9

115.3

97.3

10.6

482

1Computed following example of Loewy and Zunti (Berk klin. Wochenschr., 1916, 53, p. 828). 2Computed to 37o C. aaturated. and prevailing barometric preesure.

Subject and date.

Per minute.

(e) Respiratory quotient.

if) Alveolar

C02 tension (determined).

(0) Alveolar

CO2 tension (calculated) .

Ventilation (observed) per minute per mm. CO2 tension.1

(j) Respiration rate per minute.

(k) Volume per respiration.2

(c) Ventilation of lungs (observed).

(b) Ventilation of lungs (reduced) .

(c) Carbon dioxide.

(d) Oxygen.

(h) From calculated CO2 tension (a/g).

(i) From determined C02 tension (a/f).

Pea.

liters.

liters.

c.c.

c.c.

mm.Hg.

mm.Hg.

c.c.

c.c.

c.c.

Sept. 29

6.31

5.70

204

253

.81

..

49.6

127.2

..

19.9

349

Oct. 6

5.67

5.12

194

243

.80

..

47.7

118.9

...

16.0

390

12

5.98

5.44

186

238

.78

..

41.2

145.1

..

15.9

414

19

5.41

4.88

172

216

.80

..

44.8

120.8

...

15.3

386

Nov. 3

4.84

4.43

161

201

.80

..

46.8

103.4

..

14.1

379

9

5.25

4. 75

163

204

.80

45.6

44.0

119.3

115.1

15.1

381

16

4.70

4.20

158

194

.81

39.9

47.0

100.0

117.8

13.1

392

22

5.01

4.46

154

192

.80

41.9

44.2

113.4

119.6

14.5

380

Dec 3

5.2b

4.81

179

209

.86

49.2

45.4

116.5

107.5

14.5

405

10

5.42

4.90

193 '

205

.93

47.0

45.0

120.4

115.3

13.4

449

13

4.91

4.46

165

195

.85

46.1

47.2

104.0

106.5

13.9

384

16

4.63

4.32

159

197

.81

48.0

46.4

99.8

96.5

13.0

393

Jan. 8

4.68

4.19

166

209

.79

49.9

49.4

94.7

93.8

13.3

392

12

5.19

4.54

162

214

.76

44.7

42.7

121.5

116.1

13.8

412

17

4.63

4.20

153

201

.76

47.6

47.4

97.7

97.3

13.7

374

20

4.81

4.43

149

190

.78

47.3

43.1

111.6

101.7

14.1

382

24

4.51

4.05

141

187

.75

45.0

48.6

92.8

100.2

14.3

346

30

4.33

4.01

143

183

.78

45.5

49.4

87.7

95.2

13.8

349

Feb. 1

4.69

4.33

147

185

.79

46.5

45.6

102.8

100.9

14.4

363

Pec.

Oct. 3

5.20

4.75

173

219

.79

..

42.7

121.8

..

13.2

434

9

5.48

5.03

168

223

.75

..

40.8

134.3

...

14.9

407

18

5.26

4.81

165

216

.76

.

40.6

129.6

..

13.4

430

24

5.27

4.79

165

206

.80

...

40.7

129.5

...

13.6

426

29

5.99

5.45

204

242

.84

..

40.4

148.3

...

13.1

502

Nov. 2

4.85

4.45

153

197

.78

• •••••••

39.6

122.5

..

12.0

446

6

4.66

4.22

140

188

.74

47.0

39.4

118.3

99.1

12.1

422

13

4.64

4.27

144

188

.77

..

40.5

114.6

12.2

420

19

4.33

3.99

139

183

.76

40.2

42.9

100.9

107.7

12.0

403

26

5.13

4.71

182

208

.88

47.2

43.7

117.4

108.7

12.3

461

Dec. 6

4.56

4.15

146

180

.81

43.7

40.4

112.9

104.3

11.3

445

12

4.60

4.23

146

180

.81

45.7

40 2

114.4

100.7

11.4

442

19

4.56

4.20

146

182

80

44.6

40 6

112.3

102.2

11.4

439

Jan. 7

4.94

4.38

147

203

.72

44.6

39 3

125.7

110.8

12.4

432

16

4.78

4.37

139

186

.75

•••••

38.2

125.1

12.9

416

21

4.64

4.32

138

176

.78

42.8

36.9

125.7

108.4

11.8

442

24

4.70

4.22

140

177

.79

44.2

39.4

119.3

106.3

12.2

423

29

4.62

4.15

138

170

.81

43.2

40.3

114.6

106.9

12.3

410

Feb. 2

4.91

4.52

147

185

.79

...

38.1

128.9

12.5

434

Spe.

Oct. 2

. 4.98

4.56

182

231

.79

....

42.2

118.0

..

10.5

524

8

5.49

5.02

185

241

.77

...

40.3

136 2

..

12.4

490

17

5.16

4.72

181

220

.82

...

40.5

127.4

..

10.8

525

23

4.55

4.17

149

201

.74

..

39.3

115.8

..

10.3

485

30

5.29

4.67

171

213

.80

..

37.0

140 7

...

10.7

039

1Computed following example of Loewy and Zuntz (Berl. klin. Wocheoschr. 1916, 53. p. 828). 2Computed to 37° C, saturated, and prevailing barometric pressure.

Subject and date.

Per minute.

(e) Respiratory quotient.

(f) Alveolar

CO2 tension (determined).

(g) Alveolar

CO2 tension (calculated).

Ventilation (observed) per minute per mm. CO, tension.1

(j) Respiration rate per minute.

(k) Volume per respiration.1

(a) Ventilation of lungs (ob-served).

(b) Ventilation of lunge (re-duced).

(c) Carbon dioxide.

(d) Oxygen.

(h)

From calculated CO2 tension (a/g).

(i) From determined

CO2 tension (a/f).

Spt -

cont.

liter:

liters.

c.c.

c.c.

mm.Hg.

mm.Hg.

ex.

c.c.

c.c.

Not. 1

4.00

4.40

163

208

.78

..

39.9

125.1

..

11.2

484

6

6.21

4.81

166

208

.80

35.1

39.2

132.9

148.4

12.5

459

12

6.10

4.66

173

198

.87

44.8

39.6

128.8

113.8

10.4

534

18

4.84

4.36

160

193

.78

41.2

37.5

129.1

117.5

10.9

487

24

4.64

4.06

146

186

.78

40.4

39.6

114.6

112.4

10.6

473

Dec. 8

4.21

3.86

142

187

.76

43.4

40.9

102.9

97.0

9.8

474

Tom.

Oct. 3

6.10

4.74

170

204

.83

...

43.9

118.2

.

14.1

405

0

6.34

4.01

172

224

.77

..

39.9

133.8

...

13.1

453

18

6.46

4.88

160

204

.78

..

38.9

140.1

..

14.2

419

22

6.28

4.73

162

205

.79

..

41.2

128.2

..

13.8

416

31

4.70

4.44

146

191

.76

..

39.2

122.2

..

12.8

420

Nov. 13

4.28

3.04

141

173

.82

50.5

42.9

99.8

84.8

11.3

419

19

4.26

3.91

136

177

.77

46.7

42.9

99.1

91.0

11.8

402

28

6.17

4.76

176

182

.97

47.9

40.3

128.3

107.9

11.6

493

Dec. 8

4.26

3.89

136

181

.76

48.7

43.6

97.7

87.5

11.9

397

13

4.61

4.18

143

187

.76

49.3

42.4

108.7

93.5

12.5

400

10

4.41

4.06

128

169

.76

46.5

41.5

106.3

94.8

13.0

372

Jan. 12

6.02

4.30

160

198

.80

50.6

42.7

117.6

99.2

13.1

420

18

4.88

4.28

143

194

.74

47.6

41.3

113.3

98.3

13.2

398

20

4.32

3.06

136

180

.75

49.9

43.2

100.0

86.6

12.4

388

23

4.87

4.17

137

172

.80

47.1

41.5

112.5

99.2

13.3

387

20

4.23

3.79

135

170

.79

48.9

45.7

92.6

86.5

12 1

381

Ves.

Oct. 2

6.20

4.86

178

227

.78

..

40.4

130.9

...

12.2

480

8

4.76

4.36

161

219

.74

..

40.1

118.7

.

10.6

496

16

6.48

4.00

168

217

.78

..

40.1

136.7

..

13.8

432

21

4.30

4.04

151

210

.72

...

44.8

98 0

..

11.6

419

27

4.93

4.46

152

206

.74

..

42.1

117.1

..

13.4

402

Not. 6

6 02

4.63

157

215

.73

31.9

43.7

114.9

157.4

14.5

381

12

6.44

4.88

179

214

.84

45.0

42.8

127.1

118.5

13.6

436

18

4 31

3.88

146

191

.77

47.7

43.6

98.9

90.4

10.8

438

24

4.37

3.00

142

179

.79

44.0

41.4

105.6

97.3

10.7

450

Dec. 6

4.83

4.17

151

191

.79

47.8

43.1

107.4

96.9

12 1

420

12

4.22

3.88

140

186

.80

49 4

47. 4

89.0

85.4

11.4

405

18

4.48

4.18

146

186

78

48.7

43.8

92.0

19 9

406

Jan. 8

4.83

4.30

158

200

.79

48 5

44.2

109.0

99.4

13.0

412

11

5.24

4.76

162

200

.81

44.7

39.0

134.4

117.2

13.1

445

18

4.88

4.46

140

190

7R

AH A

39.2

124.5

105.2

12.7

431

19

4.40

4.04

147

188

.78

45.9

40.4

111.1

97.8

10.6

467

23

4 63

4.13

144

188

77

45.4

41.2

112.4

102.0

12.1

421

20

4 43

3.07

151

180

.84

40.4

47.2

41.7

106.2

93.9

10.0

483

Feb. 1

4.49

4.13

146

178

...

46.8

42.9

104.7

95.9

12.2

408