= 1 J s2/coul2 Resistance = 1 Ohm () n/a n/a Volt/amp = 1 Volt/amp = 1 J Temperature conversion formulae: Kelvins (K, not is the absolute temperature scale in SI units. ˚K) Rankines (R, not is the absolute temperature scale in USCS units. ˚R) T (in units of = T (in units of R) - 459.67 ˚F) T (in units of = T (in units of K) - 273.15 ˚C) T (in units of = [T (in units of 32]/1.8 ˚C) ˚F) – T (in units of = 1.8[T (in units of + 32 ˚F) ˚C)] 1 K of temperature change = 1˚C of temperature change = 1.8˚F of temperature change = 1.8 R of temperature change Revolution conversion formulae: 1 revolution = 2π radians = 360 degrees
= 1 J s2/coul2 Resistance = Volt/amp 1 Ohm () = 1 Volt/amp = 1 J n/a n/a Temperature conversion formulae: Kelvins (K, not ˚K) is the absolute temperature scale in SI units. Rankines (R, not ˚R) is the absolute temperature scale in USCS units. T (in units of ˚F) = T (in units of R) - 459.67 T (in units of ˚C) = T (in units of K) - 273.15 T (in units of ˚C) = [T (in units of ˚F) – 32]/1.8 T (in units of ˚F) = 1.8[T (in units of ˚C)] + 32 1 K of temperature change = 1˚C of temperature change = 1.8˚F of temperature change = 1.8 R of temperature change Revolution conversion formulae: 1 revolution = 2π radians = 360 degrees
AME101-LectureNotes.docx