The position of the stimulating electrode is what contributes to the latent period. The further away the stimulus is from the Central Nervous System, the longer the latent period will be.
It depends on exactly what you are stimulating and where and how. It creates change, but if you want a more specific answer, you should be more specific.
position or displacement it depends on whether you are considering it a vector or a scalar
LINKages depends on charitable donations to provide programs to schools, senior centres and communities. You contributions support the development and delivery of student training, program development and delivery, supplies, student transportation and knowledgeable staff to lead and coordinate programs.
It depends on the Doctor . My Doctor uses the lay on your side on the table and pull your knees up towards your chest . ( I think some Doctors have you lean over a table ) in order to check your prostate
It depends on the length of the person's arm, and the width or length of a table (depending on the person's position at the table). For example, if a person can reach 2-feet, but they want to reach across the length of a 6-foot table, then they can't reach very far.
The contribution of the latent period that depends on the position of the stimulating electrode stimulation of the bodies. The other contributions include the intensity and the duration.
This depends on the size and type of electrode. By experience, for a 1/8 in ordinary mild steel electrode, there are 32 pieces in one kilogram.
I am assuming you are asking for the correct machine setting. It depends on the electrode type and size not the thickness of the metal. Each electrode has a correct amperage setting for the diameter of the electrode used and can vary for the position it is used on. Usually flat, horiz., and overhead will be the same. Vertical a little less. Also the thicker the coating the more amperage needed.
That depends entirely upon the application
Electrode does not learn thunder by leveling up. The only way for it to learn it is by TM. It depends on the game, but it generally can be bought at the department store. Save
Electrode was one of the original 151 Pokemon available to collect when the first Pokemon games and trading cards were released. Electrode resembles a large round ball, the top half of which is white and the bottom of which is red. Electrode is usually seen with a confident-looking smirk on its' face, and its' specialties in battle are generating bursts of electricity and blowing itself up to cause an explosion.
That depends a lot on who you mean by "they".
It depends on how long you have been a member and how active you are. 1,000 contributions is a great start.
It depends on exactly what you are stimulating and where and how. It creates change, but if you want a more specific answer, you should be more specific.
Depends on how it is damaged. if the electrode is bad then your engine will run rough. If the porcelain is cracked you could loose compression. it just depends.
Depends on the validity of the contributions as well as the quality of them.
Assuming this is a misspelling of "electrode" ... Electrochemistry can be confusing, because the answer depends on the type of device! In a galvanic cell (or discharging battery), the positively charged electrode is the cathode. However, in an electrolytic cell (or recharging battery), the positively charged electrode is the anode. The easiest way to keep this straight is to remember that the cathode is the one the cations (positively charged ions) migrate towards, and the anode is the one the anions (negatively charged ions) migrate towards.