Interested to Buy Any Domain ? << Click Here >> for more details...
The reason why the sending end and receiving end voltage
sare almost equal when capacitive load is added.
- 4 Answers
- 10997 Views
- I also Faced
- E-Mail Answers
Answer Posted / mubashar ali
When resistive load connected then will be voltage drop (
Vd=I^2R Losses are Directly per potion to square of
current ), there for sending end voltage higher then
receiving end voltage
If connected capacitive load then bothe voltage my be equal
or receiving end voltage higher due lie capacitance, like
the theory of capacitor
| Is This Answer Correct ? | 0 Yes | 5 No |
Post New Answer View All Answers
Define cut-off rate?
Why do we mostly prefer to generate and distribute electricity in 3 phase and not in 4 phase or 5 phase?
What is the physical significant of power factor?
what is the use of vcb & isolator in substation?
Brushes are placed at magnetically neutral axis,when brushes reach that point,the armature conductor gets shorted,but it can be seen that the dc supply is also shorted,wont that get damage? help me plz
please tell me how a surge protector work on a DC 48Volt.? please describe briefly.
How many types of colling system it trformers?
what happen when we add mentos in cold drink?& why?
We are preparing another project which involves Waste heat recovery from a 1 MW GE Engine. The Engine in particular gives out flue gas at 487Deg C with a flow rate of 5650 kg/hour and this can be cooled to 180 Deg C. This gives a thermal output of ~ 594 KW that is available for input to VAM via heat exchanger / boiler. Additionally 581 KW will be available from engine jacket water (temperature profile 80/ 80 Deg C and a flow rate of 50m3/hr) Our estimation is that 300 TR of cooling is possible with a suitable VAM machine(s). Please advise what is the most suitable arrangement with maximum TR and min Capital expenditure. plz reply me as early as possible
Define coil span?
What is meant by bus bar protection?
Explain Random and Deterministic signals?
For an induction motor wat is the loading/unloading cycle duration or interms of L/UL ratio/ percentage?
what is the transmission loss for electrical supply? specifically a large shopping complex where the grid is half KM away, what will the % of transmission loss? is there any transmission loss for captive unit generation for above set? thanks
Air circuit breaker safety
