Compose the LaTeX pseudocode that addresses your calculation from issue (1.b) making the suspicion that n costs were given for thought from m subcontractors where m = n.

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return d #define lookup function def lookup (diction, state, qtr): mystring=() if state not in diction: return -1.0 else: d[state] [3] [1] += sales for j in diction: return main (): if qtr !=diction [j] [0] and qtr != return 0.0 else: if qtr=='TOTAL': #import graphics from graphics import * #define and make graphics window def graphics1(): ttl=d[state] [0] [1]+d[stat num=11 lookup (diction, state, qtr) #create a graphics window 300 by 250 win GraphWin ("Sales", 300,250) qtri-Rectangle (Point (2,10), Point (10, 20)) qtri.draw(win) largelist-readData("riverdales data_dict-summarize (largelist) d-graphicsi () return d #define lookup function def lookup (diction, state, qtr): mystring=() if state not in diction: return -1.0 else: d[state] [3] [1] += sales for j in diction: return main (): if qtr !=diction [j] [0] and qtr != return 0.0 else: if qtr=='TOTAL': #import graphics from graphics import * #define and make graphics window def graphics1(): ttl=d[state] [0] [1]+d[stat num=11 lookup (diction, state, qtr) #create a graphics window 300 by 250 win GraphWin ("Sales", 300,250) qtri-Rectangle (Point (2,10), Point (10, 20)) qtri.draw(win) largelist-readData("riverdales data_dict-summarize (largelist) d-graphicsi ()