The National Electrical Code calls for #4 copper or #2 aluminum.
a^(70)To find the derivative of a^(70), multiply the base (a) by the exponent (70), then subtract 1 from the exponent.(d)/(da) a^(70)=70a^(69)The derivative of a^(70) is 70a^(69).70a^(69)
32A
The Electric Company - 1971 70A - 5.70 was released on: USA: 23 January 1976
70a
The Electric Company - 1971 70A 5-70 was released on: USA: 23 January 1976
To factorise the expression (70a - 20b - 10c), first identify the greatest common factor (GCF) of the coefficients, which is 10. Then, factor out 10 from the entire expression: [ 70a - 20b - 10c = 10(7a - 2b - c). ] Thus, the factorised form is (10(7a - 2b - c)).
Try Brownell's, MidWay USA
80a. The higher the duro the harder the wheel
If you had 12 volts across 2000 ohms, you would get 6 milliamperes, not 70 amperes. Ohm's Law: Voltage = Current times resistance. This situation is impossible per ohms law: E = I x R In order to push 70A through a 2000 ohm reisistor requires 140,000 Volts! In order to get 70A from a 12V supply a 0.171 ohm (171 milli-ohm) resistor is required. 70A @ 12 V is 840 Watts 70A through 2000 ohms is 9.8 Megawatts!! (P = I^2 x R)</P>
The Secretariat of ASEAN is located at Jalan Sisingamangaraja, No 70A, South Jakarta, Indonesia.
870 and 700
To drop 12V DC to 10.5V DC with a 70A load, you need to calculate the resistor value using Ohm's Law (V = I × R). The voltage drop required is 1.5V (12V - 10.5V). Using the formula R = V/I, the resistance needed is R = 1.5V / 70A = 0.0214 ohms. However, resistors are not ideal for high current applications due to heat generation and power loss, so consider using a suitable DC-DC converter instead.