Convert the following time domain quantities of Table (i) into phasors and likewise the phasor in Table (ii) into instan
Posted: Fri Jul 01, 2022 6:14 am
Convert the following time domain quantities of Table (i) intophasors and likewise the phasor in Table(ii) into instantaneous (functions of time) quantities.
Q5. Convert the following time domain quantities of Table (i) into phasors and likewise the phasor in Table (ii) into instantaneous (functions of time) quantities. Note: In order to get full credit, you need to express the answers in part (i) as a single quantity in the form R/0⁰ only. (i) Instantaneous quatitiy r(t) = 120 cos(wt +30°) r(t) = 2 cos(wt) + 3 sin(wt) x(t) = 4 sin(wt - 30°) x(t) = -30 cos(wt - 20°) Note: In order to get full credit, you need to express the answers in part (ii) as a single quantity in the form A cos(wt + 0°) only. (ii) Phasor quatitiy X = 20/45° 5+j8 6-19 14/60° 1+j3 X = 4/20° -6/40° X = Phasor quantity X = X = X = X = X = Instantaneous quantity x(t) = x(t) = x(t) = x(t) =
Q5. Convert the following time domain quantities of Table (i) into phasors and likewise the phasor in Table (ii) into instantaneous (functions of time) quantities. Note: In order to get full credit, you need to express the answers in part (i) as a single quantity in the form R/0⁰ only. (i) Instantaneous quatitiy r(t) = 120 cos(wt +30°) r(t) = 2 cos(wt) + 3 sin(wt) x(t) = 4 sin(wt - 30°) x(t) = -30 cos(wt - 20°) Note: In order to get full credit, you need to express the answers in part (ii) as a single quantity in the form A cos(wt + 0°) only. (ii) Phasor quatitiy X = 20/45° 5+j8 6-19 14/60° 1+j3 X = 4/20° -6/40° X = Phasor quantity X = X = X = X = X = Instantaneous quantity x(t) = x(t) = x(t) = x(t) =