it doesnt a lime produce's more voltage than a lemon
Less than 5 volts
It will be dissipating more power than a small signal diode.
Depending on the size of the excavator , 1 to 3 tons, larger excavators used in mines and road building applications can lift 5-20 tons . Mini excavators can lift smaller than a ton.
A low bandwidth signal does not have more power.
The answer is yes, it will produce more power than a stock 4 barrel.
No.
the power is not as strong
A mini excavator is much smaller than a normal excavator. This makes them easier to transport and far more efficient to operate so long as you're doing smaller jobs. It's also possible to use less qualified operators than is needed with a full size excavator where it's possible to really break things if you make an error.
CHP power stations produce a lot more heat. And therefor a lot more power. So that then means there is more efficiencies.
2-stroke engines produce much more power than 4-stroke.
It should not be more than 10% of the bucket size of the excavator.
Lemons are more acidic than potatoes, which allows them to produce more electrons and generate a higher voltage in an electrolyte solution. This higher acidity helps lemons to have a higher power output compared to potatoes when used in a lemon battery experiment.
Canada has 7 nuclear power stations (some with more than one reactor) which produce about 15% of Canada's electrical power.
it doesnt a lime produce's more voltage than a lemon
Not at all, in fact it will produce more power than all the other types of gasoline
two-stroke engines can produce more power than four-stroke engines that have the same size. they can occupy small spaces and produce the desired power. they are on the other hand produce more pollution than 4-stroke engines. that's why they are limited or suitable for small engine spaced machines