4 i5 i6 fs part made these questions area1 a2

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Unformatted text preview: areA.1, A.2 upUnlabelled structures by your instructor and may require a blend of ideas that we have Comtet74 3 21 II.1, II.2, II.3 Labelled structures I Handout in encountered so far #1 the course. They are similar to exam style questions in that it is not 4 28 II.4, clear (self study) Labelled structures II entirely II.5, II.6 what part of the text is directly related to solving the problem. You will have to Combinatorial decide what tools/techniques Combinatorial are required. Asst #1 Due 5 Oct 5 III.1, III.2 Parameters 6 12 7 19 IV.3, position of a particle Complex Analysis A1. The IV.4 in three-dimensional space at time t given by the vector equation Analytic Methods FS: r = (x, y, z ) = (1, Part−B4). V,Find the time(s) t at which the particle approaches closest to the point t, B:tIV, VI 26 Singularity Analysis Appendix IV.5 V.1 Stanley 99: Ch. 6 (2, 24, 0) and give the distance at that time. Asst #2 Due Nov 8 9 10 11 IV.1, IV.2 parameters FS A.III (self-study) Handout #1 13 14 Asymptotic methods Random Structures Discrete Limit Laws Sophie Continuous Limit Laws Marni (self-study) 9 VI.1 Sophie A2. Answer each of the three questions “Yes...
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This document was uploaded on 03/03/2014 for the course MATH 232 at Simon Fraser.

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