The resistance is simply the value of resistances of all electrical equipment connected in Parallel by all consumers in a big city.
The answer is amazingly accurate, if we have the average power consumption (Megawatts-MW) figure from the power company at any time of the day.
Suppose a big city is consuming 100-MW at a given time. Assuming we use 100 volts AC at consumer homes, then at any given moment the instantaneous resistance (R in ohms) of the city is simply given by the formula:
Power(watts) = (Volts x Volts) / Resistance (R in ohms)..........or,
P=V2/ R, therefore,
R = V2/P (ohms)......... then,
If:
V=100 volts (ac)
P= 100,000,000 watts
Then:
R = 100 x 100 / 100,000,000 = 0.0001 (ohms)
(make sure to use only watts, volts and ohms in the formula above).
Good Luck !
The resistance is simply the value of resistances of all electrical equipment connected in Parallel by all consumers in a big city.
The answer is amazingly accurate, if we have the average power consumption (Megawatts-MW) figure from the power company at any time of the day.
Suppose a big city is consuming 100-MW at a given time. Assuming we use 100 volts AC at consumer homes, then at any given moment the instantaneous resistance (R in ohms) of the city is simply given by the formula:
Power(watts) = (Volts x Volts) / Resistance (R in ohms)..........or,
P=V2/ R, therefore,
R = V2/P (ohms)......... then,
If:
V=100 volts (ac)
P= 100,000,000 watts
Then:
R = 100 x 100 / 100,000,000 = 0.0001 (ohms)
(make sure to use only watts, volts and ohms in the formula above).
Good Luck !
The resistance is simply the value of resistances of all electrical equipment connected in Parallel by all consumers in a big city.
The answer is amazingly accurate, if we have the average power consumption (Megawatts-MW) figure from the power company at any time of the day.
Suppose a big city is consuming 100-MW at a given time. Assuming we use 100 volts AC at consumer homes, then at any given moment the instantaneous resistance (R in ohms) of the city is simply given by the formula:
Power(watts) = (Volts x Volts) / Resistance (R in ohms)..........or,
P=V2/ R, therefore,
R = V2/P (ohms)......... then,
If:
V=100 volts (ac)
P= 100,000,000 watts
Then:
R = 100 x 100 / 100,000,000 = 0.0001 (ohms)
(make sure to use only watts, volts and ohms in the formula above).
Good Luck !
The resistance is simply the value of resistances of all electrical equipment connected in Parallel by all consumers in a big city.
The answer is amazingly accurate, if we have the average power consumption (Megawatts-MW) figure from the power company at any time of the day.
Suppose a big city is consuming 100-MW at a given time. Assuming we use 100 volts AC at consumer homes, then at any given moment the instantaneous resistance (R in ohms) of the city is simply given by the formula:
Power(watts) = (Volts x Volts) / Resistance (R in ohms)..........or,
P=V2/ R, therefore,
R = V2/P (ohms)......... then,
If:
V=100 volts (ac)
P= 100,000,000 watts
Then:
R = 100 x 100 / 100,000,000 = 0.0001 (ohms)
(make sure to use only watts, volts and ohms in the formula above).
Good Luck !
In every big city.
A: TO measure the current on any path you will need a very small known resistance in sires and measure the voltage drop across it. If the resistance i not small then inaccuracy of reading will be evident
It is a big city, capital of Scotland.
It is used where cost is a big factor but high strength is still required.
1). You don't need the voltage 'E' in order to calculate the total resistance. The totalresistance is the same whether the circuit is connected to a big battery, to a smallbattery, to a bicycle pump, or lying in the back of the desk drawer.2). In a series circuit, the total resistance is just the sum of the individual resistances.In this example, the total resistance isR1 + R2 + R3 = 100 + 500 + 600 = 1,200 ohms .
The cost of a city electricity bill will vary greatly depending on one's location, how big their home is, how many people live there and how much electricity they use. On average it might be between $120 and $200 a month.
Water resistance is huge!!
depends on how big it is
New York city is much bigger than rhode island
big city
It is not impossible. You may do some experiment. How big is the electrical devices do you mean?
Not very much, but it will depend on the diameter of the conduit- and you did not tell us how big. It comes it different sizes.
I dont really know how much they earn but i know their salaries are pretty big especially if you have higher qualifications
Tallahassee is THE big city
A big $400 in the city of Los Angeles
It is named after Kandahar,Afghanistan
The translation of 'big city' in Sanskrit is "mahānagaram" (महानगरम्).