- Question 6 1 Point N B The Next 5 Questions Will Follow From This Question A Separately Excited De Machine Is Operat 1 (323.89 KiB) Viewed 51 times
- Question 6 1 Point N B The Next 5 Questions Will Follow From This Question A Separately Excited De Machine Is Operat 2 (220.48 KiB) Viewed 51 times
- Question 6 1 Point N B The Next 5 Questions Will Follow From This Question A Separately Excited De Machine Is Operat 3 (413.37 KiB) Viewed 51 times
- Question 6 1 Point N B The Next 5 Questions Will Follow From This Question A Separately Excited De Machine Is Operat 4 (370.93 KiB) Viewed 51 times
- Question 6 1 Point N B The Next 5 Questions Will Follow From This Question A Separately Excited De Machine Is Operat 5 (288.83 KiB) Viewed 51 times
Question 6 (1 point) N.B. The next 5 questions will follow from this question. A separately excited de machine is operated at a constant speed of 3000 r/min, with a constant field current such that the open-circuit armature voltage is 125 V. The armature resistance is 0.1 0. Given that the terminal voltage is 150 V, calculate the armature current. O 2750 A O 2500 A O 250 A O 2754
From Question 6, given that the terminal voltage is 300 V, calculate the output power. O, 75 kW 262.5 kW o 525 kW 37,5kW
From Question 6, given that the terminal voltage is 150 V, what is the developed torque? 1094 2 Nm O 109.4 Nm O 696.3 Nm 99,5 Nm
Prom Question 6, given that the terminal voltage is 75 V, calculate the armature current. O 50 A O 75A o 500 A
From Question 6, given that the terminal voltage is 75 V, what is the developed power? O 62.5 kW 162.75 kW 0 37.5 kW 120 kw