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a part of the energy that is transferred to the load is lost in heating.Therefore actual work done by the charge will be a little less.
answ2. There should be a complete circuit for electrons to travel round it. Otherwise you'd build up charge in the one spot.If the circuit contains resistors, then these will slow the electrons down; just temporarily whilst they bounce round in the resistor, for in there are less paths for free electrons.The energy of an electron is measured in volts, and some of the energy is absorbed in the resistor and will show up as a voltage lost in the passage through the resistor.A side consequence of electrons moving in a circuit is that a small magnetic field will be generated, but in normal electronic circuits, this is so minute as to be ignored.
A parallel circuit is cheaper because it is simpler but it does carry less power than a circuit so your light will be less bright.
this is because u use less energy. LESS ENERGY = LESS TO PAY
It has about 10% less energy.
resistance in the circuit
It makes sense for charge carriers to lose energy in a circuit, but I don't think it quite works that way. For example, a voltage doesn't accelerate an electron or other charge carrier at a single point - rather, the force experienced by the charge carriers would be spread out over a larger area.
a part of the energy that is transferred to the load is lost in heating.Therefore actual work done by the charge will be a little less.
i hope this may be correct answer but iam not sure this is because if the short circuit test is performed first, because of induction effect some amount of energy is stored in the transformer or motor and while performing the open circuit test there may be a chance of getting error bcz of stored charge as in open circuit test the amount of current is vvv less wnen compared to short ckt by sandeepraj patnala
answ2. There should be a complete circuit for electrons to travel round it. Otherwise you'd build up charge in the one spot.If the circuit contains resistors, then these will slow the electrons down; just temporarily whilst they bounce round in the resistor, for in there are less paths for free electrons.The energy of an electron is measured in volts, and some of the energy is absorbed in the resistor and will show up as a voltage lost in the passage through the resistor.A side consequence of electrons moving in a circuit is that a small magnetic field will be generated, but in normal electronic circuits, this is so minute as to be ignored.
No. An energy saving light bulb is just a light bulb, and can't charge anything. The reason it's called an "energy saving" device is that it can give you the same amount of light while using less electrical energy than older bulbs used.
A parallel circuit is cheaper because it is simpler but it does carry less power than a circuit so your light will be less bright.
They require less energy as they do not do much work compared to teenagers. They should have less energy intake and less energy expenditure.
yes, there is less energy at the top of an energy pyramid
this is because u use less energy. LESS ENERGY = LESS TO PAY
The component with the highest resistance in a series circuit will have, or "drop" the most voltage across it. All of the components in a series circuit will have the same amount of current flowing through them but not the same voltage drops if the resistances are different. More resistance more voltage across it, less resistance, less voltage across it.
it heats the pan to a certain temperature so that the fire burns and causes it to burn less gas and get money :