No coin nor oath required. For personal study only.
tions relating to the installation of inotors, and the reasons for thcsc.
Eiiumcratc thc principal methods employed in vessel fabrication in inild steel, copper, and aluininiuni, and dwcribc briefly two altcrnative methods of constructing a 200-gal. acctylating vessel, steam jncketcd (15 lb.), and discuss the relativc incrits of each.
Describc au air comprcssing installation suitnblc for thc production of a steady supply a t a masirnuin pressure of 85 lb. per sq. in. a t a niasimuni rate of 300 cb. ft. of ftcc air ycr miniitc. SECTIOX E.-PART 11 6. Discuss briefly the most important methods of calculation cniployed in dcsigning vesscls for operation eniployed in designing vesscls for opcrntion with intcrnnl pressures aiid under vncuuin, and tlic bcnring of thcsc on tho design of apparatus for clicinicnl works use.
Write a short cssiiy on I' Factory efllucnts and thrir trcatnicnt," choosing a typical cxauiplc from your cxpcriciicc as illustration.
S. Outline n system for thc determination of priruc costs suitallc for a chcinical works in which a niiinbcr of diffcrcnt products arc nianufncturcd for use as internictliiitcs a i d for salc, indicating how tlic allocations of iiintcrial aud labour costs arc cffcctcd nud hoiv owrhcnd charges arc distributed. 3. Explain clearly d i n t you undcrstand fraiii thc following tcrnis :- Limited coiupany. Cumulativc prcfcrencc shares. I>cl~ciiturcs. Underwriting. l'rcliminary espcnscs. Prospectus. Iwhuing Iiousc. 10. Exiiiuiue tlic accoinpanying staudard agreement of an clcctric power supply company,* nud csplaiu thc portions iuarlccd.
If you JVCTC irskecl to advise a IICW company which for three nionths wodd be engaged ia thc crection of platit, and would thcii bc slowly gctting into productiou ovcr a forthcr pcriod of twclvc months, so tlutt the nverage consuniptiou might bc taltcn as oiily 50% of the norinnl, whnt advice woald you give tlicln RS to tbc method of buying thc power ? Friday, July It, 1930, 2 pm.-6 p.m. SECTION P Cundidntcs \verc requircd to draw tho plan, CloVution, and ciid clcvation of .an cjcctor of which detailcd tikotcllcs worc proviilcil. Onc linlf of tho clcvntion was to lm in section.
* t\ir agrdeiiiciit with tho ustiit1 ultoriii\tivo coiitlitioli re 1C.V.A. i i i i r s i i n i i i n tloiiraiitl irntl rirto por iutiL.
A. general discussion upon tlic application of colloid science to biology arranged by the Colloid Committee of thc Faraclay Society, which comprises also rcprescntatives from the Royal Society, the Biochemical Socicty, the Chemical Society, the Physical Socicty, the Physiological Socicty, nnd the Society of Cliemical Industry, will be hcld in the lahorntory of phyxicd chemistry, Frec Scliool Lane, Cambridge, from Soptcniber 29 to October 1.
๐ SIMILAR VOLUMES
SOlME OBSERVATIONS ON COLLOID SCIENCE AND MOLECULAR BIOLOGY Every so often one comes across a scientific paper that achieves a large measure of success because it expresses a simple approach to a rather complex problem. A recent paper by Dr. C-Chothia (Nature, 254 (1975) 304) entitled "Structural in
hydrogenation catalysts that will be used for its six commercial late-stage drugs. Active pharmaceutical ingredients and intermediates may be manufactured cost-effectively through the use of asymmetric chemocatalysis technologies.
complexity of many disease processes, the text will concentrate on the molecular pathways that are common to these major disease groups. It is essential that the reader appreciates that genetics, molecular biology and cellular biology are essentially artificial divisions within the same scientific