- Kill
- 0
- +0 negli ultimi 90 giorni
- Perdite
- 39
- +0 negli ultimi 90 giorni
- Efficienza
- Efficienza ISK 0%
- ISK distrutti
- 0
- +0 negli ultimi 90 giorni
- Attività
- Inattivo
- 0 kill/giorno · ultimi 90 giorni
Scheda di combattimento
Numeri da eve-kill, di tutta la carriera
Combattimento
- Kill
- 0
- Perdite
- 39
- Indice di pericolo
- 87%
- Colpi finali
- 0
- Punti
- 0
ISK
- Distrutti
- 0
- Persi
- 3.53B
- Bilancio
- -3.53B
- Efficienza ISK
- 0%
Solo
- Kill in solo
- 0
- Percentuale solo
- 0%
- Kill medie/giorno
- —
Altro
- Perdite contro NPC
- 5
- Quota perdite NPC
- 13%
- Attività
- Inattivo
Danni inflitti0
Rapporto danni · 0%
Danni subiti393.9K
Attività
Cosa vola, dove combatte, le ultime kill e perdite
I più preziosi
Le kill più costose del periodo
Chi incontra
Chi uccide, da chi viene ucciso e cosa perde
Ultimi 90g
Uccisi
Ucciso da
Scafi persiPerdite suddivise per classe di scafo.
Bio in gioco
Capacitors are easy once you understand what they're used for. All a capacitor really does is... store energy! Duh! But how do they do that?
First, Capacitors block DC sine wave signals from a power source but not AC signals. This way, they can both charge and discharge as the circuit will allow. If a Capacitor has no energy in it, the resistance within the circuit will, temporarily, go to infinite ohms as the capacitor charges. This takes approximately 4 or 5 TCs (Time Constants) which is actually just fractions of a second. Nanoseconds.
Then, when the Capacitor is fully charged, it'll simply sit there with its charge, letting the current flow through the circuit/system as though it were never there. Once energy is cut off from the circuit is when it'll begin to discharge, acting almost like a power source itself! The formula for calculating Capacitance is this: C=Q/V, where Q is the charge on the conductor, V is the voltage, and C is the Capacitor itself.
First, Capacitors block DC sine wave signals from a power source but not AC signals. This way, they can both charge and discharge as the circuit will allow. If a Capacitor has no energy in it, the resistance within the circuit will, temporarily, go to infinite ohms as the capacitor charges. This takes approximately 4 or 5 TCs (Time Constants) which is actually just fractions of a second. Nanoseconds.
Then, when the Capacitor is fully charged, it'll simply sit there with its charge, letting the current flow through the circuit/system as though it were never there. Once energy is cut off from the circuit is when it'll begin to discharge, acting almost like a power source itself! The formula for calculating Capacitance is this: C=Q/V, where Q is the charge on the conductor, V is the voltage, and C is the Capacitor itself.