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Most efficient Electrochemical Cell - Coggle Diagram
Most efficient Electrochemical Cell
Basic design
salt bridge
Voltmeter
Digital voltmenter
Measuring the output against time
Anode
Cathode
wire
Low Resistance
Maximum Efficiency
Beaker Material
Unreactive and protective of elements
Able to be sealed
Conditions of experiment
air humidity?
Temperature?
Length of experiment?
Definition of "Most optimal"
Highest energy yield per gram of materials
Lowest cost
Lowest loss of thoretical maximum lost
Safe
Easy to storage
Does not degrade over time
Easiest to storage
Small
Does not readily react in surroingind environments
Biggest energy "density"
Useful Byproducts?????
Easiest to recycle
Factors of investigation
Metals used vs price
size of beaker / concentration of ions in water
Type of wire / resistance of wire
Possible metals
Sodium: 500$ kg
Calcium 135$kg
Magnesium $190kg
Aluminium 75$kg
Zinc 45$kg
Iron 41$kg
Tin 155$kg
Copper 75$kg
Silver 1300$kg
Gold 8700$kg
Effectiveness of Electrochemical difference
Usage of Physics to calculate the elements
Wattage
Amperage
Voltage
