80amps
I suppose you mean "fluctuate". Collector current depends mostly on the base current, If the base current changes, the collector current will change in proportion.
The East Australian Current (EAC). Both Dory and Marlin followed it.
current amplifier
Voltage = (current) x (resistance) Current = (voltage)/(resistance) Resistance = (voltage)/(current)
UPS (UNINTERUPTED POWER SUPPLY ) Its charg only AC current (Alternating current). and inverter provide current DC TO AC ( Direct current to Alternating current)
6-30 milliamperes
Current as low a one milliampere at 60 hertz, applied directly across the heart, can cause irreversible ventricular fibrillation.
Current as low a one milliampere at 60 hertz, applied directly across the heart, can cause irreversible ventricular fibrillation.
100mA of 60Hz AC current for three seconds can cause ventricular fibrillation. From "Deleterious Effecst of Eelctric Shock", Charles F. Dalziel.
The worst consequence of electricity is the detrimental effect it has on the heart. Even a few microamperes of current flowing across the heart can send it into ventricular fibrillation, which is the random, uncoordinated rhythm of the of the heart. A heart in ventricular fibrillation cannot pump blood, and the victim dies if the pattern cannot be quickly converted with an AED. The secondary effect of electricity on the body can either be burns at the point where the electricity was contacted, or an additional injury which results from the shock itself, such as one falling off a ladder after being shocked.
Ventricular fibrillation is cardiac emergency. Here all the ventricular fibres contract individually and there is no passage of blood across the cardiovascular system. You have to put one electrode on the heart in mid-clavicular line and another electrode on the left axillary line. You have give DC (direct current) shock to the patient, so that normal heart beat is restored. It is better demonstrated than described.
Actually it is in the milliamp range. That is thousandths of an amp. 1 mA - Threshold of feeling, tingling sensation. 10-20 mA - "Can't let go!" current - onset of sustained muscular contraction. 100-300 mA - Ventricular fibrillation, fatal if continued
A 15-amp circuit can carry about 100 times more current than what is required to cause heart fibrillation. The current needed to induce fibrillation is around 0.1 amp, while typical 15-amp circuits can handle 15 amps of current.
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In sudden cardiac arrest elctro-cardiogram will show two types of patterns. One is straight line indicating that heart is stopped. Second is small vibration like pattern indicating ventricular fibrillation. You have to give intracardiac adrenaline in first and direct current shock in second.
In terms of electrical current, ten milliamps is enough to send a human heart into fibrillation. Fibrillation is an irregular heart beat that can often kill a person. One milliamp is 1x10-3 Amps or 0.001 Amps
current that comes out of batterie and wall sockets.