if you have 160 volts how much would that be in watts
That all depends on what voltage is involved, as they are all interdependant on each other. The formula is P = I V. Where:- P = Power in Watts I = Current in Amperes V = Voltage, in volts. Transpose the formula to make Amps the subject = I = P/V So, at 240volts I = 160/240 = 2/3 = 0.6666 Amps at 110v I = 160/110 = 1.45 Amps and at 12v I = 160/12 = 13.3 Amps. You can see that, to do the same amount of work, the amperage is less if you use more voltage.
A ballast typically uses around 5-10 watts of power. In this case, a 150 watt HPS bulb will consume 150 watts of power when turned on. So, in total, the ballast and the bulb together will use around 155-160 watts.
8 pints = 1 gallon 160 pints = 160/8 = 20 gallons
160 grams
To determine the amperage of a circuit, you need to know the power (in watts) and the voltage (in volts). Using the formula P = V x I, where P is power in watts, V is voltage in volts, and I is current in amperes, you can rearrange the formula to solve for current: I = P / V. Given a voltage of 220V and assuming a power value, you can calculate the amperage. However, without the power value, it is not possible to determine the amperage in this scenario.
160 amps at 12v.
160 amps at 12v.
120 percent of 160 = 192120% of 160= 120% * 160= 120%/100% * 160= 192
120/160 is equivalent.120/160 is equivalent.120/160 is equivalent.120/160 is equivalent.
120 is 75% of 160.
That all depends on what voltage is involved, as they are all interdependant on each other. The formula is P = I V. Where:- P = Power in Watts I = Current in Amperes V = Voltage, in volts. Transpose the formula to make Amps the subject = I = P/V So, at 240volts I = 160/240 = 2/3 = 0.6666 Amps at 110v I = 160/110 = 1.45 Amps and at 12v I = 160/12 = 13.3 Amps. You can see that, to do the same amount of work, the amperage is less if you use more voltage.
160 multiplied by 120 is 19,200.
A ballast typically uses around 5-10 watts of power. In this case, a 150 watt HPS bulb will consume 150 watts of power when turned on. So, in total, the ballast and the bulb together will use around 155-160 watts.
The PS3 slim 250GB model power consumption is about 250 watts see related link The PS3 Slim 120 GB model also consumes about 250 watts and the power consumption was not listed in the specifications for the older 40 GB, 80 GB, and 160 GB models see related 80GB link
lowest common multiple of 120 and 160 =480
(120+160)/2 = 140
In North America there are no plugs that are rated for 160 volts. The voltage rating on electrical devices for residential and commercial are 300 and 600 volts respectively.