chunk_41.json•1.56 kB
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"text": "2110 PRINT”A2X=VX \n2120 PRINT”A3X=”;VX \n2130 PRINT”B1X=”;B1X \n2140 PRINT”B2X=”;B1X \n2150 PRINT”B3X=”;B1X \n2160 PRINT”C1X=”;C1X(1) \n2170 PRINT”C2X=”;C1X(2) \n2180 PRINT C3X=”;C3X(3) \n2190 PRINT”D1X=”;D1X(1) \n2200 PRINT ‘D2X=”;D1X(2) \n2210 PRINT “D3X=”;D1X(3) \n2220 PRINT” Above data’s are coefficients of \ncubic equation. Copy coefficients for sub \nroutine no one then continue to resume \nrunning” \n \n2230 BREAK \n2240 REM Format is A1X\n3\n + B1X\n2\n + C1X + D1 – 0 \n2250 DATA Note put \nCoefficients of \nAX1,B1X,C1X & \nD1X \n2260 DATA Note put \ncoefficients \nA2X,B2X,C2X & \nD2X \n2270 DATA Note put \ncoefficients \nA3X,B3X,C3X & \nD3X \n2280 RESTORE 2250 \n2290 GOSUB 2400 \n2300 PRINT “Location of y for first area of steel \n\n272 \n \nis located at a distance =”Y;”Feet from top \nof wall” \n2310 RESTORE 2260 \n2320 GOSUB 2400 \n2330 PRINT “Location Y for second steel area is \nlocated at a distance Y=”;”Feet from top” \n \n2340 RESTORE 2270 \n2350 GOSUB 2400 \n2360 PRINT “Location Y for third area of steel is",
"metadata": {
"book_id": 34880,
"title": "BASIC-STRUCTURAL-388457483-Retaining-Wall-Design-Analytical-and-Computer-Methods-By-Ben-David-CE",
"authors": "Ben David",
"project": "basic_structural",
"content_source": "ocr",
"content_length": 39295,
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