Not enough information to answer. Water does not do work when transformed into steam. Once it exists as steam, work can be done as it converts back to water. You will always get less out than you put in. The energy you put in is called the enthalpy of vaporization, (delta H), is also called heat of vaporization or heat of evaporation. The energy required to transform water from a liquid into a gas at atmospheric pressure is 40.68 kilojoules per mole 2260 kilojoules per kilogram. Energy is the ability to do work. Creating steam requires energy. Water does not do work when transformed into steam. Steam, after it is created, can do work and in the normal steam engine, it is then converted back to water. That process involves a few basic issues such as pressure, temperature change and entropy which are not available with the data provided.
A wood fire generator works by burning wood to heat water and produce steam. The steam then turns a turbine connected to a generator, which produces electricity.
A throttling calorimeter is a device used to measure the dryness fraction of steam. It works by passing steam through a small nozzle, causing a rapid expansion which results in a drop in pressure and temperature. By measuring the initial and final conditions of the steam, the dryness fraction can be calculated.
Yes. The cord only transmits the power. Whatever that goes in is what comes out.
A wood-fired generator works by burning wood to heat water and produce steam. The steam then drives a turbine connected to a generator, which converts the mechanical energy into electricity.
There is also a great tutorial video on http://sageenergy.ca/learning-centre-tools/online-operator-training/ which explains the process in detail.Internal combustion engines can be made to work on natural gas as on gasoline or diesel. Then it is just connected to a compressor.
in practice;the steam MUST be in the superheated region before entering the turbine.superheated steam means there is not moister in the steam (dry steam)the reason is moister will damage the turbine blades.in theory;the hotter the temperature the better the efficiency (look up vapor power cycles)work done by the turbine = the enthalpy (at temp. of steam entering the turbine)- the enthalpy at the turbine exist.the efficiency = work done by the turbine / the heat input.
Steam boilers work by boiling water to generate steam. The steam then is used to heat the engine.
no... your a/c compressor is engine driven, does not supply pressure with engine off, i hav seen an after market electric compressor by ARB that will run at the flick of a switch. sorry not much help, just dosent work without the engine on
what is the meaning of compressor.and how does compressor work.and how many types of compressors
Same way a non rotary compressor works
steam is water
the compressor is coupled with engine.when the engine runs at 1000 rpm ,the compressor also will work at that rpm ,so that is air is compressed in tanks and it is used for applying.
If the compressor has stopped running altogether the AC will not work.
yes but if the compressor does not work there is no reason for it.
It is a gear or chain driven compressor, piston or rotor(like new oil pumps). It is feed fuel by a normal fuel pump at around 43psi and compresses it up to 25,000psi.
THere isn't really any connection between the alternator and the compressor except that they are both driven by the belt. The alternator generates electricity for the vehicle, and the compressor uses electricity to power the clutch that turns the compressor shaft. I can't think of any other connection. They don't actually work together as if they were part of the same system. The alternator system, and the AC system are two separate systems that do not depend on each other to function, other than the fact that the compressor uses some electricity for the clutch, but if the alternator stops charging, the car's battery would supply the voltage needed until it runs down.