if ti r j ; h;f IS i J: \ f r r. ii i 200 CHAPTER 9 1953, Guide , Heat Loss Studies in Four, Identical Buildings.to Determine the Effect of .Insula tion, by D.

634 CHAPTER 28 v 1953 Guide (L.

678 CHAPTER 31 1953 Guide / performance obtainable with non-expanding elbows of similar shapes for a range of velocities 200 to 1400 fpm.

.PLAINTIFF'S EXHIBIT NO.

1070 CHAPTER 50 1953 Guide D -- number of degrees on the thermometer scale which are not immersed, ti -- temperature indicated on the thermometer, Fahrenheit. ti = temperature of the non-immersed mercury column, Fahrenheit. 0.00009 = difference in the coefficient of expansion of the mercury and glass.

1120 1953 Guide ME'I'fcRS, Flow Williams Oil-O-Matic Div., Eureka .UHnrn^ Flnginopring hn liSSLiiM .

68 CHAPTER 4 1954 Guide Replacing v by its equal g/g<# (wherep is density in pounds weight per cubic foot) and rearranging, Equation 3 becomes -- dV* + - dp + dz + -- [J du + p dv -- J dg + dW] = 0 2g p g (4) In the case of flow through a pipe, no outside work is performed so that dW. = 0.

240 CHAPTER 12 1954 Guide 1 outdoor air supply equals or exceeds the amount of natural infiltration which would 1 occur without ventilation, the natural infiltration may be neglected. ' 9.

484 CHAPTER 21 1954 Guide Fig. 6.

532 CHAPTER 22 1954 Guide inches, and if 11 in. pipe is used, the friction will be 50 X 12, or 600 milinches.

686 CHAPTER 31 1954 Guide 3.

W 91:4` CHAPTER 41 '1954 Guide cf Table 5.

64 CHAPTER 3 1955 Guide Absolute Temperature Gravity Density 518.4 F Abs 32.1740 ft per (sec) (sec) 0.07651 lb per cu ft Values of pressure and temperature are listed in Table 6 for altitudes in the standard atmosphere from --1000 to 50,000 ft above sea level'.

192 CHAPTER 9 1955 Guide) Table 16.

430 CHAPTER 17 1955 Guide temperature drop and friction loss in the flue pipe cannot be calculated accurately,7 and the resistance of various chimney connections is uncertain, the minimum calculated heights should have a generous factor of safety applied to allow for these and other uncertainties. - Where ample height cannot be provided, forced or induced draft should be provided.