What I think atleast. 30 milli ampere is the amount of ampere there's needed to kill a human being, or atleast close to. But you also need a x amount of Voltage. The higher voltage = the lower ampere, and the other way around. But then again it all depends on how much voltage you have. So you can't really say that 30 milli ampere is deadlier than 30 ampere. Because if you have 700 voltage and 30 ampere. Then that will do the same thing to you as 70 voltage and 30 milli ampere would do; most likely kill you.
49 voltage is the amount of voltage there's required to kill a human, with 30 milli ampere. If you have less than 49 voltage, you won't die, it will hurt of course.
The reason for this, is that the voltage is what 'carries' the ampere around. The ampere is what strikes, and the voltage is the carrier.
Hope this helped a bit.
0.0075*10,000
30000 milli seconds. Calculation: 1 sec = 1000 milisecs 30 sec = 30 * 1000 millisecs.
30 ml is equal to 30 cm3
1/3 is 0.33 and 30% is .3. So, 1/3 is bigger than 30%.
no this is as '30 and one fourth' is 30 and a quarter. meaning 30 plus a quarter, which in turn is one quarter larger than the number 30
Since a coulomb is defined as an ampere second, we can say:450x10-6 = I / (15x10-3)so...I = (450x10-6)/(15x10-3) = 30x10-3 A or 30 mA
30 gauge
0.0075*10,000
30000 milli seconds. Calculation: 1 sec = 1000 milisecs 30 sec = 30 * 1000 millisecs.
30 amps.
As what i know, 30-50 Ampere per cathodes
Remember K H D | d c m (kilo, hecto, deka, (liter, meter, gram), deci, centi, milli). Milliliters are three places to the right of liters. So you have to move the decimal place three times to the right. You will get 30 L = 30,000 mL.
250 mA = 0.25 Ampere = 0.25 coulomb per second.(0.25 coulomb/second) x (60 sec/minute) x (30 minutes) = 450 coulombs
If voltage is below 30 volt human body can bear many amperes but if voltage is above 30, even micro ampere is not bearable .
#16 on the inside panel left of the steering column. It is a 30 ampere.
The equivalent mm2 cross-sectional area of a 5.26 mm2 conductor is a # 10 AWG conductor. A # 10 AWG conductor size is protected by a 30 amp fuse.
Power = 600/30 = 20 wattsPower = V x IV = Power/I = 20/2 = 10 volts