Depending on the specific computer it can be anywhere from as little as a few milliwatts to hundreds of kilowatts. There is no single value, also many modern computers change the amount of power they consume depending on what they are doing at a given time (e.g. lots of calculations in the ALU increases power consumption, entering "sleep mode" due to user inactivity reduces power consumption)
The data across the wire is being sent in 1s and 0s. 1s mean on and 0s mean off. Digital signals are moved in a up down almost perfect rhythm. Analog shows data in jerky signal and its harder to read. That is why when analog power goes into your system from the wall jack it is converted into digital power.
If the is no leader then there is no order, yet if there is a leader then they will eventually be consumed by power. Absolute Power=Absolute Corruption. -'Beggin4Mercy'-
A minicomputer is a computer of medium power, more than a microcomputer but less than a mainframe. This class of smaller computers were developed in the mid-1960s and a possible candidate for the first early and highly successful minicomputer was Digital Equipment Corporation's (DEC) 12-bit PDP-8 made in the US.
there are several weakness of a computer. 1. Computer can not think it self. 2. if we input wrong data output will also wrong. 3. its need electrical power without power it is useless. 4. A computer can not take its own decision.
PC. It's all about computing power.
it refers to the electric power consumed by electrical or electronic appliances when they are in stand by mode. eg:-tv, computer,laptop.
Power consumed by the appliance = (DC supply voltage) x (DC current)
When the electric bulb is operated at 110V instead of its rated 220V, the power consumed will be reduced to 25W. This is because power is proportional to the square of the voltage, so halving the voltage will quarter the power consumed (P = V^2/R, where R is constant for the bulb).
The actual energy consumed in load is inductive load
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Electric companies calculate electric energy usage by multiplying the power consumption (in kilowatts) by the time the power is consumed (in hours). This formula is expressed as kWh (kilowatt-hour) and is how customers are billed for their electricity usage.
The Power Supply. It is what you plug the power cord into.
because a computer Component can only Communicate in Power on (1)Power off (0) otherwise it is a quantum computer and there is no sutch thing.
The quantity of power consumed by a light bulb is dependant on the wattage of the bulb.
The Power Supply. It is what you plug the power cord into.
No, Super computers are still digital machines processing a larger number of instructions or sets of instructions through higher processing power available by better chips or coupled processors
it refers to the electric power consumed by electrical or electronic appliances when they are in stand by mode. eg:-tv, computer,laptop.