Two main differences are between 110V and 220V. One is the voltage and the other the frequency (60Hz and 50Hz, respectively).
In a pure electrical (not electronic) toaster, the frequency shouldn't matter. On the other hand, if we think the toaster as a resistance heater and nothing else, then the amount of heat delivered to the toast is
Q=V^2/R
Since the only change in going from 110V to 220V is to double the Voltage, then we see from here that the heat will be enhanced by a factor 4.
This is too much. I'd say that the wires which get red and transmit the heat would blow up if the amount of heat they deliver is 4 times what they were made for.
However, this is a pure theoretical guess. In these cases nothing better that somebody who tried it tells us what happened!
Ezequiel.
to a toaster? first... electrical. when it is turned on, heat and light. then, when it is done, theres a ting sound right? and tht's sound energy
Practically ALL electrical energy eventually winds up in the form of heat energy.A toaster is one device that's DESIGNED to make that happen, in the place andtime that we want it to happen.
Energy transformations occur in the process of toasting a bagel in an electric toaster. First, since you plug a wire into an electrical outlet, you are using electrical energy. Then, the bagel gets hot, so there is thermal energy involved. I know this answer is right because this EXACT question was on my physics test and I got it right! you forgot radiant energy because the toaster becomes red and gives of light. i had this question on my homework. lol i have that same question in my homework right nao.
Eduardo the Samurai Toaster happened in 2009.
They Attract: F = iL x B
This is a really bad idea. The current will double and bad things can happen.
Of course you can! The real question is 'What will happen when you do cook a rock in te toaster!!!!"
You will get electrocuted
Compressor surges can happen when there is a line spike, during storms or when other equipment is plugged in on the same electrical line. An industrial surge protector can help eliminate power surges.
Closing a switch in an electrical circuit will complete the circuit. The supply voltage will then be applied to that circuit, and current will flow through that circuit.
Basically, if you fill a room with steam and pass an electrical current through it... Does anything interesting happen?
In an electrical circuit, if resistance is doubled, EMF (measured in volts) stays constant, and current is halved.