PHYS 2002 Chapter : PHYSICS STUDY HELP
Document Summary
Sections not included generators, 21. 6, 21. 11, 21. 12, 23. 9, 23. 11, 23. 12, 24. 4, thin-lens equation. 21: . 1, . 2, . 3, . 5, . 7, . 8, . 9, . 10, . 11, . 12 summary: pg. 23: . 1, . 2, . 3, . 4, . 5, . 6, . 7, . 8, . 9, . 10 summary: pg. 24: . 1, . 2, . 3, . 9, . 10 summary: pg. Use the study area in the etext the guy gives great explanations to clear out the. O= lambda in air s= object distance s"= image distance. Extra equations: area of circle: r2, area for the slide wire: lv t, force: f=pa, acceleration: a=f/m, frequency in a material: f=v/ , speed in a material v=c/n. Flux equations: perpendicular b=ba, at an angle b=bacos , parallel b=0. Induced emf and induced current: e= [ b/ t, i=e/r (variation of ohm"s law, induced emf in a coil: n[ b/ t] Mutual inductance: b= moni, n=n/l, bi=monii1/l, b2= b1 b1a, m= mo an1 n2/l. Force on current carrying conductor: f= ilb.
