Once we know the simple way how to test electrical wiringwithout tools in advance. It is not wrong if we also studied the impact or
effect of the electric shock. The human body actually has custody, when
electrified. Resistivity or resistance on the human body is different, whether
it is fat or skinny body affects the body's resistance.
From the results of a study obtained data is that the human
body is so varied prisoners. However, the data obtained from these results that
the average person who has custody of the body thin between 100 000 ohm (100
Mega Ohm) up to 500 000 Ohm (500 Mega Ohm). In contrast to fat people, fat
people have barriers around 5000 Ohm (5 Mega Ohm) even less. If we look at the
data of the human body barriers, which one would be more severe when an
electric shock?
We know that the electric current moves from high potential
to low potential. So the electric current moves from the source toward ground.
We will feel the electricity when holding the rate of electrical current that
travels through the body we headed to ground. So what if the electric current
is confronted with obstacles? Sure he will add the amount to be through these
obstacles. From here we can see that the greater the obstacles the greater the
electricity needed to go to ground.
So do not blame if we were having a thin body is more
pronounced when the electric shock rather than fat. We also have seen the video
of events people were electrocuted to burn his body, when the voltage available
at the wires only about 220 volts, and the time is also only briefly. The
question is, why the person may get burned? If we look at the condition of the
person, the chance that they are not fat to be more severe when an electric
shock.
Here is the data condition of our body when exposed to electric
current in general:
Due to the large electric current
0.1 Amperes to 0.8 Amperes Feels tingling, even to pain
0.9 Amperes to 1.5 Amperes Feels sting, and still conscious
1.6 Ampere to 2 Ampere Feels shocked, until he was
unconscious
2.1 Ampere to 5 Ampere Fainting, can be difficult to breathe
5.1 Amperes to 10 Amperes Fainting, probably died
More than 10 Ampere Burned
From the table, we can find out how much electrical current
is flowing and how dangerous when we are exposed to the electric current.
Electric shock here in question is more than 5 seconds. That's it, may add to
our knowledge about the world of electricity. Hopefully useful, and do not
forget to give constructive criticism and suggestions. In order to be better in
the next article creation for writers. Thank you for visiting, and thanks for
giving judgment on this web.
