electric energy
Watts are a unit of power that measures the rate at which energy is consumed or produced. So, 50 watts would refer to a power output of 50 joules per second. It is a common unit in electricity to measure the power of electrical devices.
Good conductivity is a characteristic of metals. Metals have free electrons that can move easily between atoms, allowing them to conduct electricity well. This is why metals like copper and gold are commonly used in electrical wires.
In the USA we consumed about 3.479 trillion [million million] kWh of electricity in 2003. If you estimate 300 million people, that would mean we each used over 10,000 kWh that year. This assumes that we each consumed our equal share of all electricity produced, even if some of it was used to make the can your soda is in, or the tires on your car. The quantity used goes up if you allow that we import more products than we export, which gives us a "hard" electricity import in power used to make imported sneakers, etc. On the other hand, China, with 1 billion people, used a bit more than a third of the amount we did in 2003, giving them a per capita kWh consumption of 1,300 kWh. Just divide the total used by 365.The average use per person over a long period is given as 313 watts worldwide, 1363 watts in the USA and 688 watts in Europe. Canada is the highest at 1795 watts and the lowest is Afghanistan, Chad and Sierra Leone with 1 watt each per person.So the worldwide average of 313 watts gives a daily consumption of 7½ units, varying from 0.024 unit in Afghanistan to 43 units in Canada.
One key characteristic that is not a characteristic of mineraloids is definite chemical composition. While minerals have a specific chemical composition, mineraloids lack a precise chemical formula or have variable compositions.
Degrees and watts are not directly convertible because they are different units of measurement. Degrees usually measure temperature or angle, while watts measure power. If you are trying to convert temperature to watts for a specific application, you would need to use a relevant formula or conversion factor based on the specific context.
It is expressed in Volt-Amperes not Watts.
Power is typically expressed in watts, which represent the rate at which work is done or energy is transferred. It can also be expressed in other units such as horsepower, kilowatts, or BTUs per hour depending on the context.
watts
3730 watts is equal to approximately 5 horsepower.
The watts used is the basis of electricity charges.
To calculate the quantity of electricity that has passed through the circuit, you can use the formula Q = I x t, where Q is the quantity of electricity in coulombs, I is the current in amperes, and t is the time in seconds. In this case, the current is 13 A and the time is 2 hours, which is equivalent to 7200 seconds. Plugging these values into the formula, Q = 13 A x 7200 s = 93600 coulombs. Therefore, 93,600 coulombs of electricity have passed through the circuit.
by using watts
1,000 watts
They use about 1200 watts of electricity, which is a LOT!
It has 1000 watts
Usually measured in watts.
W = watts