You figure out the energy consumption of one unit (see the data sheet), and multiply that by 240.
You figure out the energy consumption of one unit (see the data sheet), and multiply that by 240.
You figure out the energy consumption of one unit (see the data sheet), and multiply that by 240.
You figure out the energy consumption of one unit (see the data sheet), and multiply that by 240.
The answer will depend on the units for 240, which are not specified in the question.
If this is a consumption meter with 120/240 volts, the answer is yes.
In SI units, it is 73.152 metres.
Amps are only a measure of electric current and not energy. The energy is equal to the power times the time, and the power is equal to the volts times the amps. So to find out the cost, you need the voltage, the current and the time.As an example 240 volts at 10 amps is 2.4 kW, and when run for one hour that uses 2.4 kWh (or Units) of energy.
240 square units
D=M/V D=240/200 D=1.2 you should include units though. I'm not sure what units you used, which is why i didn't write them.
240 deg gives a sector area of 10 sq units so 360 deg would give a sector area of 10*360/240 = 15 sq units ie the area of the whole circle is 15 sq units or π*r2 = 15 so that r = 2.1851 units (to 4 dp)
There are no such units. But there are 240 centimetres in 2.4 metres
multiply 240 by 0.35
Multiply 240 by 0.6
240 x 0.85 = 204
To find 0.2 of 240, you simply multiply 0.2 by 240. This can be calculated as 0.2 x 240 = 48. Therefore, 0.2 of 240 is equal to 48.