2 is larger that 1.8
Current, by Ohm's Law, is voltage divided by resistance, so, 18 volts divided by 2 ohms is 9 amperes.
Yes, 2 million ohms represents a very high resistance. In electrical terms, resistance is measured in ohms, and a value of 2 million ohms (or 2 megohms) indicates that the material or component resists the flow of electric current significantly. This level of resistance is common in certain applications, such as in insulation or high-resistance circuits.
2 ohms of resistance
V=i*r=2*6=12v
The difference between 2 ohms and 4 ohms is 2 ohms.
Ohms do not relate to power per se. Ohms do however contribute how much power a circuit can deliver. In a given circuit the lower the resistance (measured in ohms) the higher the current & higher the power. This is assuming the voltage remains constant.
Voltage is not measured in ohms. It is measured in volts.
If your sub is 2 ohms and your amp is 2 ohm stable, your done. Your amp will be at 2 ohms because the sub is 2 ohms.
There is no single standard. Many computer speakers are rated at 8 ohms while others are 16 ohms or higher. My computer subwoofer here is 4 ohms.
Which of what following? The inductance of the coil must be higher than the resistance of the coil, since the supply is providing 200*10 = 2000VA. 2000VA =sqrt[ (I^2 * R)^2 + (I^2 * L)^2] 4000000VA = I^4*R^2 + I^4*L^2 400 = R^2 + L^2 and 1000Watts = R*I^2, so R = 10 ohms 400 = 100 + L^2 L = 17.3 ohms
135 ohms new, and will function properly down to 114 ohms. The chart in the '86-'87 book shows: Empty=110 ohms +/- 7 ohms Full=3 ohms +/- 2 ohms 1/2 full= 32.5 ohms +/- 4 ohms
An apple- a potato has around 100 ohms while an apple has about 120.