No, there is not. The internal battery is an actual battery that has ran out of energy. No button sequence will do anything about it. You will need to replace it to fix it.
no
I think that TM energy ball doesn't exist in heartgold. You can find it in Pokemon diamond and pearl on ds.
You mean like Calcium and Zinc? Go to the Slateport Market in Slateport and you should find the Energy Guru. He will sell you vitamins for your Pokemon (they're 9800 dollars each, so they're really expensive).
you may have up to 5 Pokemon on your bench, but you may have as many energy cards as you like on your Pokemon.
Potentially, to replace current energy sources
There's not really a specific number. You can have as many as you want.
Renewable energy cannot, at present, replace fossil fuels or our use of them.
The Pokemon is captured and it stays inside the pokeball as a ball of energy. It will come back out once the trainer decides that it should
If no current flows through a load, then no energy is received by the load. Energy is transferred through the flow of current, so without any current, there is no energy transfer to the load.
Oil of oil palm trees are going to replace the petrol. solar energy is going to replace the electricity from...
well, if you are making a deck you should have:60 cards at the most 3 or 2 of the Pokemon can be the same if you want to have a good pile just do 20 of each like 20 Pokemon 20 trainer cards 20 energy cards...
Energy cards are usually included in almost every pack you get (at least the ones I get. That's a lot of packs!), so you shouldn't worry about getting energy cards as much as you should about where to get packs of Pokemon cards in general.
A refridgerator should be replaced every 10 to 15 years. This way they are up to date and energy efficient.
No, there is not. The internal battery is an actual battery that has ran out of energy. No button sequence will do anything about it. You will need to replace it to fix it.
True. Moving current, such as in an electrical circuit, carries electrical energy in the form of kinetic energy of the moving charges.
Yes, on an attritional basis, as the old ones burn out-