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Show 152 ■ — 92. Mechanical Drawing. A course designed to give training in the theory of shape and its representation in orthographic projections, sections, auxiliary view, revolution, and size descriptions. Isometric drawings and translation of orthographic into pictorial drawings are also included. Two quarter hours. Autumn, Winter, Spring. Hunter, Larson 93. Mechanical Drawing. A continuation of Mechanical Drawing 92. Two quarter hours. Winter, Spring. Hunter, Larson 94. Mechanical Drawing. A continuation of Mechanical Drawing 93 Two quarter hours. Spring. Hunter, Larson 95. Plans and Specifications. Completion of wall sections and floor plans. Blue print reading. (Prerequisite Tech. Ed. 95). Three quarter hours. Autumn. Hunter 96. Plans and Specifications. Completion of floor plans and elevations for buildings. (Prerequisite Tech. Ed. 95). Three quarter hours. Winter. Hunter 97. Plans and Specifications. Completion of building detail drawings. Stair details, structural, fireplace, entrance and other details of construction. All symbols of construction and fixtures are studied and used. (Prerequisite Tech. Ed. 96). Three quarter hours. Spring. Hunter 98. Pattern Drawing (Sheet Metal). A course designed to give experience in development and layout of sheet metal patterns using three methods of development; parallel line, radial line, and triangulations. Two quarter hours. Autumn, Winter. Hunter, Larson Applied Chemistry. (See Chemistry 81, page 81.) Applied Geometry. (See Mathematics 82, page 91.) Applied Mathematics. (See Mathematics 81, page 91.) Applied Trigonometry. (See Mathematics 83, page 92.) Current Industrial Problems. (See Economics 81, page 41.) Essentials of English. (See English 81, page 55.) Freshman Activities. (See Physical Education 1, page 101.) Personal Health. (See Health Education 2, page 100.) Sanitation. (See Bacteriology 81, page 65.) Social Relationships. (See Sociology 81, page 111.) Vocational Orientation. (See Orientation 11, page 107.) ■ ■ O) i—i t~ CO Tfl m h- tal duals g Each al One H-> o a? »a (X)1 t» CD rH GO o rH GO GO CM b» CM CO p .,-< rj a H © CM O CM to ^ -rH +J .£ OS a GO <M CO CM rH CO rH rH CD CM 00 CO rH rH w 1—1 0 b- rH rH CM CM rH i—i © t- CD Th GO b- CD I b- CO r-i r-i O rH O CM GO rH _ s 83 © woo IQ CD u 4-> b- CD rfrl b- CO b- rH 1-1 rh Oi u i % a; o "3 O ^ 00 rH K5 . B O 05 rH CM 05 a <D CM CO CM •i-H G 0> • VI "3 CD CO CM rH r-i CD CD CM »C LO io cm GO CD OS ■—I © OS op ■I5H as 1 4J o O ^H CM N. H lO GO ^ tH rH CO rH rH b- GO OS c3 O) rH S3 *? H-> 3 a CO I© rH CO O CM CM r-\ OS CO LO CD CM IS r—1 CM 05 rH CM GO 05 ■ S a rH O CO' CD CO o CD b 13 rH CO O o tfi I Sh SO CM. IO rH rH <D O GO rH CO GO s En rH 9 & GO J3 a 0) p-H S 55 *■" CD CM © CD O rH GO rH © a © S3 a CM tH CO CO ^ 0) r—1 "* N CO rH CO 9 ri °? »o o © CD CO o i© I a f : M r»» cu C o OS Q ■*-> GO GO © « S rH 05 l-H rH rH • -H o "^^>* ^—^ 02 02 - o H a i—i d «2 cu w A < m o .1—1 02 o • l-H 02 02 23 2 2 »2 Eh r-H Ul m 2 § © O •^ 2 •* H <Z) u u 02 ,© o > 0 OJ S 0 C& m o Mi H a a fe #2 QQ a a 1 J3 J3 Ul m k |
