1kw or 1000 watts is normal
The above figure is not typical. An average two slice toaster will use 1000 watts. An electric oven, at least in North America, will usually be closer to 4000 watts. The ones I have looked at vary from a low of 3000 to upwards of 9000 watts for prosumer appliances.
Each oven has a label on the inside door panel. The label shows how many total watts (W) or kilowatts (KW). For example a Gibson 240 Volt upper & lower combination oven uses 7.4 KW or 7400 watts. The watt rating assumes both upper and lower ovens can be turned 'on' at same time. This means the upper oven uses half of 7400 watts or 3700 watts. And the lower oven uses 3700 watts. The upper and lower ovens each have 2 elements, but you have to choose boil or bake, so only one element 'on' when cooking. This means both elements in upper oven are 3500-3700 watts, and both elements in lower oven are 3500-3700 watts. When replacing element, choose same wattage or less. A lesser element wattage means longer cooking time.
A typical electric cooker uses 2000 watts.
you need to look on the back of the range where a plate will tell you the electrical specification. A very small range might need 3 kW but a large one a lot more.
An electric toothbrush has 2-4W (watts).
The Signature Classics 8 cup model sold by Walgreens uses 500 watts.
100
A typical monitor for a pc uses about 30 watts.
It all depends on what fan you have.
An electric toothbrush has 2-4W (watts).
To calculate the power used it is necessary to add up the power requirement: typical power values would be solar fans 0, fridge 20 watts average, lighting 200 watts, cooker up to 3000 watts, heater up to 3000 watts, mobile charger 3 watts, TV 150 watts. Solar panels of around 1.2 metres by 1 metre produce about 220 watts in maximum conditions, or about 15 watts out of direct sunlight. So without the heater or cooker a couple of panels should do it on a sunny day, otherwise add 15 panels for the cooker OR the heater.
The Signature Classics 8 cup model sold by Walgreens uses 500 watts.
100
A typical monitor for a pc uses about 30 watts.
About 2.25 Amps.
for a large one it is 4,000 watts and for a smaller one it is 1,000 watts
about 69
11,000 watts equates to 14.745 electric horsepower.
It all depends on what fan you have.
4500 watts is zero volts. To obtain a voltage from watts it has to be divided by an amperage.
an average typical one would use1800