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Unformatted text preview: = \"r' Fj + F2"os(o) + r 1 cos(e + p) F2sin(a) - rlsrn(e+ p) ,r'7 cos( 0 + fl : Fpcos(/)) - Fj * n2 cos(a) Fl sin(o + p) = 12sin(a) + rpsin(p) ( F2 sin(a) + rasin(p) ) A = a l & n i - i _ n \rpcos(/,l _ Fj_r2cos(a)) r 0 = 3 7 d e g Fr = ,,|(rpcos(p) - Fj - 12"os(a))'+ (r'.2stn(a) + rprin(p))2 FY = '889 N...
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This note was uploaded on 01/20/2011 for the course PHYS 170 PHYS 170 taught by Professor Macmillan during the Spring '10 term at The University of British Columbia.
- Spring '10