We have the ability to sustain a nuclear reaction with uranium or plutonium to generate power. it is because they are already radioactive and releasing energy and we are using known technology to enhance the reaction, control it, and convert its output to electricity in an indirect relatively inefficient manner that results in waste byproducts we are stuck managing.
Lead is not naturally radioactive and we do not (yet?) have the technology to convert a stable element like lead partially, or completely, into energy.
Consider burning coal or wood to get energy. They are flammable so we can set them afire to get heat and light energy (which we can convert to electricity). The result of the burning is ashes and carbon dioxide, water and some other impurities, none of which can burn further or they would have. The way to get more energy from them is to convert it back to something that can give you energy and that involves putting energy into it. Although we can't do it. it does happen in nature. Sunlight (light energy) is used by trees and plants to convert carbon dioxide with water and other nutrients from the ground back into wood and other plant material, which we can then burn or use otherwise. The method for doing that with lead is not as clear.
ion no
During exercise, the body temperature rises and is regulated by sweating. In principle the excess heat could be harnessed by wearing a suit with waterpipes powering a small electrical turbine. As for the mechanical power, it could be harnessed for example through an exercise bicycle with a generator.
It certainly can! My grandfather was a millwright- he built water mills that used the force of water to do work- grinding wheat and corn, operating a sawmill to cut logs into timber, powering a forging hammer for a blacksmith, etc. On a much larger scale, the force of water is now used to turn generators, and produce electrical power.
It turns into mechanical energy-a mass of air is being pushed through the fan so the air molecules are being given kinetic energy (I'm saying mechanical energy includes kinetic energy)
It doesn't disappear, it goes into the atmosphere and converts to heat energy which is then used for other uses such as powering something.
It powers the wires, thus powering the light or sound buzzer.
The Alternator is a component that acts like an electrical generator, charging a battery and powering necessary electrical systems. They are usually used in place of generators because they are lighter in weight, simpler to operate, and produce alternating current.
Powering vehicle's and powering buildings
It is possible to power a car using electromagnetics. The power from an electromagnetic field allows recharging or powering of any device including a car.
Hydrogen can be used for powering vehicles,and powering buildings.
A device which gets its electrical power from the Universal Serial Bus. A USB port should be capable of powering small devices.
No. The only thing that can work is the airbags until the cap discharges. unless, of course, something else is powering the electrical system.
Electrical energy is mostly generated at the same time as it is used, in other words, all the time 24/7/365. Electricity for powering our homes is generated in power stations.
louisiana uses solar energy by powering their homes and powering buildings.
rooting?
In batteries, there is CPE (chemical potential energy). As a wire is connected to it's north and south poles, the CPE is converted to EE (electrical energy) hence powering the appliance attached to the wire.
In a standard gasoline engine, power is initially only needed from the battery to kick the spark plugs, after that the alternator takes over- keeping the battery level up and powering your electrical systems.