Question

(3) Find the real power absorbed by the load. (2 marks) (4) Find the reactive power absorbed by the load. (2 marks) (5) What is the power factor at the load? Is it an inductive or capacitive load? (2marks) (6) How do you improve the power factor at the load? (in other words, how do you improve the amount of real power delivered to the load and reduce reactive wasted power)? Draw a diagram of the improved system to demonstrate your explanation. (1 marks) R jX +440$\angle$0$^\circ$ V rms V$_L$ Load

          (3)
Find the real power absorbed by the load. (2 marks)
(4)
Find the reactive power absorbed by the load.
(2 marks)
(5)
What is the power factor at the load? Is it an inductive or
capacitive load? (2marks)
(6)
How do you improve the power factor at the load? (in
other words, how do you improve the amount of real
power delivered to the load and reduce reactive wasted
power)? Draw a diagram of the improved system to
demonstrate your explanation. (1 marks)
R
jX
+440$\angle$0$^\circ$ V rms
V$_L$
Load

(3)
Find the real power absorbed by the load. (2 marks)
(4)
Find the reactive power absorbed by the load.
(2 marks)
(5)
What is the power factor at the load? Is it an inductive or
capacitive load? (2marks)
(6)
How do you improve the power factor at the load? (in
other words, how do you improve the amount of real
power delivered to the load and reduce reactive wasted
power)? Draw a diagram of the improved system to
demonstrate your explanation. (1 marks)
R
jX
+440∠0^∘ V rms
VL
Load

Added by Taylor W.

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