PLAINTIFF'S EXHIBIT STATE OF NEW YORK SUPREME COURT: COUNTY OF ONONDAGA In re: ' NEW YORK COUNTY ASBESTOS LITIGATION ROGER D.

118 1 I :!

128 Air Conditioning 129 CAMPBELL HEATING CO. r 3121 Dean Ave., Des Moines 17, Iowa t Telephone AMhcrst 6-5169 CAMPBELL HEATING CO. 31.21 Dean Ave., Des Moines 17, Iowa Telephone AMherst 6-5169 OUTSTANDING PERFORMANCE You can be sure of outstanding performance at low cost, when you specify Campbell Warm Air Heaters.

132 Air Conditioning JOHNSON HEATER CORP. 1 Winnisimmet St., Chelsea, Mass.

Further, affiant sayeth not.

Preliminary Dust Survey for Asbestos textile Institute, June, 39^7 11.

TABLE 45-A PREFERRED FREQUENCIES FOR ACOUSTICAL MEASUREMENTS (American Standard SI 6) Center Frequency (Hz) Bands (Hz) 31 5 630 125 250 500 1.000 2,000 4,000 8,000 16,000 Overall 22 3 to 446 44 6 to 89 2 88 4 to 1770 177 0 to 354 0 354 0 to 707 0 707 0 to 1,414 0 1,414 0 to 2,828 0 2,628 0 to 5,656 0 5,656 0 to 11,3100 11,3100tO 22,620 0 All pass Noise-exposure measurement should be undertaken only by personnel with training and experience in making physical meas urements with electronic equipment (Fig 45-4) (Readers wishing further information on the techniques of noise measurement should consult the references listed under "Noise-Exposure Analysis" at the end of this chapter) Glossary of terms This glossary has been adapted from the Guide for Industrial Audtometnc Techni cians, published by the Safety and Health Services, Employers Insurance of Wausau, Wis, and from American Standard SI 1, Acoustical Terminology AAOO The American Academy of Oph thalmology and Otolaryngology is a profes sional organization of medical specialists who establish standards pertaining to vision and hearing It is also the sponsor of the Sub committee on Noise Research Center AMA HEARING IMPAIRMENT FORMULA The American Medical Association, with the support of the American Academy of Oph thalmology and Otolaryngology, has estab lished a formula for evaluating hearing im pairment based on the average of the hearing levels of the three speech frequencies of 500, 1000, and 2000 Hz Acoustic, acoustical Means contain ing, producing, arising from, actuated by, re lated to, or associated with sound Acoustic is used when the term being qualified desig nates something that has the properties, di mensions, or physical characteristics asso ciated with sound waves, acoustical is used when the term being qualified does not desig nate explicitly something that has properties, dimensions, or physical characteristics ACUITY This sense pertains to the sen sitivity of hearing Air bone gap The difference in deci bels between the heanng levels for a par ticular frequency as determined by air con duction and bone conduction Attenuate To reduce in amount as in audiometry by turning the heanng level dial in units of 10 or 5 decibels in order to obtain a threshold of heanng Attenuation The reduction, expressed in decibels, of the sound intensity at a desig nated first location as compared with sound intensity at a second location, which is acous tically farther from the source Audible range The frequency range over which normal ears hear--approximately 20 Hz through 20,000 Hz Above the range of 20,000 Hz, the term ultrasonic is used Below 20 Hz, the term subsonic is used Audible sound Sound containing fre quency components lying between 15 and 20,000 Hz Audiogram A record of hearing loss or heanng level measured at several different frequencies--usually 500 to 6000 Hz The audiogram may be presented graphically or numencally Audiologist A person trained in the specialized problems of heanng and deafness AUDIOMETER A signal generator or in strument for measunng objectively the sen sitivity of heanng m decibels referred to audiometric zero Audiometric technician A person who is trained and qualified to administer audiometnc examinations Automatic audiometry The method 1517

40--Noise and Hearing Conservation INCIDENCE OF HEARING IMPAIRMENT IN PERCENT OF POPULATIONS- General Population and Non-Noise 90 100 A-Scale Level in db 110 Fic 40-6 --Incidence of hearing impairment in the general population and in selected populations by age groups and by occupational noise exposure Hearing impairment may be defined as the average hearing threshold level in excess of 15 dB at 500, 1000, and 2000 Hz From American Industrial Hygiene Association Journal, October 1967 1250

TABLE 46-B BASIC STRESSES FOR LAMINATED STRUCTURAL MEMBERS Extreme fiber in bending or tension parallel to Kratn (P'0 Maximum longi tudinal shear (p*0 Compression perjien- du ular Hr grain (pu) Compression iwrattel to gram (pst) Modulus of elaituity in bending (1,000 psx) Batdcypress (southern cypress) Cedars Redcedar western White-cedar Atlantic (southern white cedar) and northern White-cedar Port-Orford Yellow-cedar Alaska (Aiaska-cedar) Douglas-fir, coast type Douglas-fir, coast type close-grained Douglas-fir, Rocky Mountain type Douglas-fir all regions, dense Fir, balsam Fir California red grand, noble and white Hemlock eastern Hemlock, western (west coast hemlock) Larch, western Pine, eastern white (northern (white) ponderosa. sugar, and western white (Idaho white) Pine jack Pine lodgepole Pine, red (Norway pine) Pine southern yeJtow Pine, southern yellow, dense Redwood Redwood, close-grained Spruce Engelmann Spruce red white and Sitka Tamarack SOFTWOODS 2,400 1,600 170 135 1 400 2,000 2 000 2 750 2 950 2,000 3200 1 600 2000 2.000 2.400 2 750 115 150 150 150 ISO 135 150 115 115 115 125 ISO 1 600 2 000 1 600 2 000 2 750 3,200 2200 2 400 1,400 2 000 2 200 135 135 too 135 180 ISO 115 115 115 135 160 330 220 195 275 275 350 375 310 410 165 330 330 330 350 275 240 240 240 350 410 275 295 195 275 330 2000 1 300 1 050 1 650 1 450 2000 2 150 1,450 2 350 1300 1 300 1 300 1,650 2000 1 400 1 450 t 300 1 450 2 000 2350 1,850 2,000 1 100 1 450 1,850 HARDWOODS Ash, black Ash, white Beech, American Birch sweet and yellow Cottonwood, eastern Elm American and slippery (white or soft elm) Elm rock Hickory and pecan Maple black and sugar (hard maple) Oak red and white Sweetgum (redgum or sapgum) Tupelo black (blackgum) Tupelo water Yellow-poplar 1,800 2,550 2 750 2 750 1 400 2 000 2 750 3 500 2,750 2 550 2 000 2 000 2 000 1.800 150 330 210 550 210 550 210 550 100 165 170 275 210 550 235 660 210 550 210 550 170 330 170 330 170 330 150 240 Courtesy Forest Products Laboratory Note This table is for clear material under dry conditions as in most covered structures 1450 1 150 2,000 2 200 2300 1.100 1 450 2 200 2 750 2 200 1 850 1 450 1,450 1,450 1.450 1 300 1,100 900 1 600 1.300 1,800 1 800 1 300 1 800 1,100 1 200 1300 1,500 1800 1 100 1 200 1.100 1 300 1,800 1800 1 300 1 300 1,100 1.300 1,400 1300 1,600 1.800 1 800 1 100 1 300 1 400 2000 1.800 1 600 1.300 1 300 1300 1,300

(b) Said corporation is to be financed under the following genera] plant.. .

K8895 MXY :slm I I IN THE CIRCUIT COURT OF THE THIRD JUDICIAL CIRCUIT MADISON COUNTY, ILLINOIS IN RE ALL ASBESTOS LITIGATION FILED BY THE SIMMONS FIRM, LLC., Plaintiffs, v.

SEP. 13.2004 2:59PM RWDM LAW FIRM Multi-PageTM NO. 653' P. 8 Page 22 Page 24 1 had American Brakebloo on the labels. 1 a.And it was I drink a big operation, machine shop . 2 Q.Back -- 2 and everything, they supplied the Air Farce base 3 A.

El SENBUD-HARRIS--AIR POLLUTION SURVEYS 93 downwind of the stack for about an hour or more will not yield the maximum con centration at the point but data which are more nearly the average value across the cone.

Further, affiant sayeth not.

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