Copper Plate  Aluminum Plate  Large block of wood  Micro Ammeter[x] Human test subjects  Sink with running water
1. Gather all materials
2. Set up experiment 2a. Place metal plates over wooden blocks (to keep other electric currents from reaching the plates) 2b. Set negative side of ammeter to one plate 2c. Set positive side of ammeter to other plate 2d. Turn the ammeter to 2mA
3. Have subject place each hand on a separate plate
4. Record the reading from the ammeter
5. Repeat [Steps 3&4] with different subjects
6. Have subjects thoroughly wash their hands with water and dry them
7. Repeat [Steps 3,4,&5] with different subjects
8. Have subjects jump in one spot for approximately 1 minute
9. Have the subjects rub their hands together
10. Repeat [Steps 3,4,&5] with different subjects
11. Chart the results from the data
12. Find average of both genders
13. Find average of all the different #conditions#
The results of the testing showed that the Males produced a stronger current of electricity. The males average was .056 amps and .047 amps for the females. The jumping did increase the strength of the current but some males had different results and had a better current from not doing anything. These results may have had an error from the test subject. Some of the males either didnt participate correctly, or they didnt sweat enough for the correct reading from the ammeter.
The experiment is important because it can be used in certain medical monitoring or artificial parts. Pacemakers can vary from person to person on how strong they need to be. We can determine the strength of a pacemaker by the gender and type conditions the person undergoes the most. Since females generate the most electricity in their bodies, they need a stronger pacemaker as opposed to males. A normal, clean, active person would need a stronger pacemaker as well.
This project will prove which gender produces the most electric current and in which condition do they have a greater current.
Science Fair Project done By Joshua M. Frear