First calculate the power: P = I2R. Power will be in watts. Then multiply power x time to get the total amount of energy transferred. If the time is in seconds and the power in watts, the energy will be in joules. (In this case you need to convert the time to seconds first.)
The main breaker limits the overall current to the building. Most buildings have many branch circuits that sum to more current than the service is rated for. This is not a problem as all the branch circuits are not used under high current draws at the same time. The main breaker protects the main wiring in the meter and to the transformer, and the transformer itself, from heavy current loads. It also protects from shorts in the main distribution panel.
Track and Field or swimming.
You might mean Mondrian or Victor Vaserely.
logical and orderly-NovaNet
A person who draws ancient murals is typically referred to as a muralist. If their work specifically focuses on replicating or interpreting ancient styles, they might also be called an archaeological artist or a historical muralist. These artists often study ancient techniques and symbols to accurately reflect the cultural context of their subjects.
The voltage is the main power of a toaster!! but if the current flow is low the heat of the toaster is less heat that you expect, the 8 A is right for your toaster!!!
A toaster typically consumes more power than a light bulb because it requires more energy to generate heat for toasting bread. A typical toaster can consume around 800-1500 watts, while a standard incandescent light bulb typically uses about 60 watts.
Electrical
Yes, an electric toaster is considered to be a load in electrical terms. It consumes electrical energy to operate and convert it into heat for toasting bread. In a circuit, it draws current when connected to a power source, making it a load that contributes to the overall power consumption.
Here are a couple. Assuming everything is "normal" here, if you drop a bagel in the toaster and turn it on by pushing the lever down, the AC current the toaster uses (draws) will stabilize after a few seconds and stay constant. If you turn on your car's headlights, each lamp will draw a constant current from the DC source after a few seconds of "warm up" time. Those are examples of constant electric current.
yes they do, in fact the toaster draws power more when it is not in use
To determine if a 700-watt toaster will trip a 10-amp fuse, we first need to calculate the current it draws. Using the formula ( \text{Current (I)} = \frac{\text{Power (P)}}{\text{Voltage (V)}} ), and assuming a standard voltage of 120 volts, the current would be approximately 5.83 amps (700W ÷ 120V). Since this is below the 10-amp limit, the toaster should not trip the fuse under normal operating conditions. However, if there are other devices on the same circuit, the total current may exceed 10 amps and could cause the fuse to trip.
It depends on how much current is being drawn. If your device draws 1 milli-amp of energy, it will run for 900 hours. If your device draws 450 milliamps (mA) of energy it will run for 2 hours.
1.7amp
A typical two-slice toaster draws between 8 to 12 amps during operation. This can vary based on the toaster's wattage, which usually ranges from 800 to 1500 watts. To find the exact amperage, you can use the formula: Amps = Watts/Volts, with standard household voltage being 120 volts in the U.S.
I believe its like this but don't take my word for granted: R (resistance) = V (voltage) / I (amperes) The formula is R = V/I R = 110V / 10A R = ? R = 110/10 = 11 R = 11Ω Ω= omhs Hope this helped but as I said I'm not completely sure
100/220 = .45A or 450 mA