We feel electric current in normal water because it often contains dissolved ions, such as salts and minerals, which enhance its conductivity. When an electric current passes through water, these ions facilitate the flow of electricity, allowing us to sense the current. Additionally, pure water is a poor conductor, but the impurities present in normal water significantly increase its ability to transmit electric current. This is why we can feel a shock even in seemingly harmless water when there is an electrical source nearby.
You feel the tingly sensation after an electric shock because of the shocked heart.
If there is a small mA current leak in the appliance your wet hands increase your conductivity to the appliance up to a point where you might feel an electric shock. Dry hands have a high resistivity, whereas wet hands do not, the resistance is much lower.
It is not normal to feel numb or have no feeling in the testes. You should see a doctor if it persists.
Electric guitars are not magnetized, they use pickups designed to feel the vibration of the string and the signal is then amplified. It is the amplifier that is highly magnetic.
Short Answer:Salt water does conduct electricity. This is true of all types of salt solutions.Explanation:The electrical conductivity of water, both pure water and water with dissolved salts, is simpler to measure than to explain. Conductivity of water does not work like conductivity in a metal. In a metal, the outer electrons of the metal atoms are not tightly bound to specific atoms but rather distributed widely and are pretty much free to move in response to an electric field. When you apply a voltage to a metal you get a large flow of electrons.In water, the application of a voltage results in the movement of charge, but the charges are not nearly-free electrons but rather ions (charged atoms or molecules). In pure water, the ions that are moving are the protons in the form of H3O+ and hydroxide ions, OH-. In other ionic solutions it is the dissolved ions themselves, for instance in salt water, sodium chloride dissociated into the ions Na+ and Cl-. The same works for other salts.In some way, the conductivity of an ionic solution is easy to explain. When a voltage is applied, there develops an electric field. Any atom or molecule that has a net charge, q, feel a force, F=qE. Positive ions move in the direction of the field and negative ions move in the opposite direction. Both sets of moving charges add to make a current flows that in the direction of the field.Of course, one expects that dragging an atom or molecule through a liquid is a lot harder than moving an election through a metal and thus one is not surprised that the conductivity due to ion motion is small. Sea water conducts electric current about a million times better than pure water and drinking water varies depending on the source, but might be a hundred to a thousand time more conductive than pure water. A metal, like gold, copper, aluminum will be a million times better than seawater at conducting electricity while an insulator like glass or rubber is a million times worse than pure water.
Typically, a person can start to feel an electric current at around 1 milliampere (mA). However, individual sensitivity can vary, and factors such as skin condition, moisture, and contact area can influence perception of electric current.
This usually only happens on primary poles. The secondary does not have a high enough potential to make the jump to ground. The primary insulators have a crack in them and the high voltage is tracking across the crack to the pole and then to ground. If you have less resistance than the pole to ground where you touch it, you will feel a slight tingle.
Here, got it."Electric Feel"All along the western frontPeople line up to receiveShe got the current in her handJust shock you like you won't believeSaw her in the amazonWith the voltage running through her skinStanding there with nothing onShe gonna teach me how to swimI said ooh girlShock me like an electric eelBaby girlTurn me on with your electric feelI said ooh girlShock me like an electric eelBaby girlTurn me on with your electric feelAll along the eastern shorePut your circuits in the seaThis is what the world is forMaking electricityYou can feel it in your mindOh you can do it all the timePlug it in, change the worldYou are my electric girlI said ooh girlShock me like an electric eelBaby girlTurn me on with your electric feelI said ooh girlShock me like an electric eelBaby girlTurn me on with your electric feelDo what you feel nowElectric feel nowDo what you feel nowElectric feel nowDo what you feel nowElectric feel nowDo what you feel nowElectric feel nowDo what you feel nowElectric feel now
I got your back bro: MGMT - Electric Feel :) enjoy
Electric fireplace inserts are perfect for the individual wanting the warmth and feel of a real fireplace, without the hassel. They replace your current gas or wood fireplace with safe, clean electric inserts.
Whether or not you use it, there's always a magnetic field surrounding an electric current.When anything that can respond to a magnetic force is brought close enough to the current,it does feel a magnetic force.
Electric Feel was created on -20-04-03.
Wires feel warm when they are in use due to the flow of electric current through them. This current encounters resistance within the wire, which causes some of the electrical energy to be converted into heat. The heat generated is proportional to the amount of current passing through the wire and the resistance of the wire itself.
Exactly how are you trying to feel it ?By definition, electric current is the flow of charge through the conductor.You can't feel the flow of anything through the conductor unless some of itflows through you.That's exactly how an ammeter measures current in the conductor. You cutthe conductor, and connect the ammeter in the space, so that any current inthe conductor has to go through the meter. Similarly, you don't feel currentunless it's flowing through you.Just be careful, and don't go around inserting yourself into circuits in an attemptto feel currents. You see, the muscles and nerves in your body all operate electrically,and it only takes a very small current to make nerves and muscles go totally haywire,and even to kill. Do it the smart, safe way ... use a meter.
Blankets sometimes feel electric is because the material of the blanket sometimes creates static.
Simple Answer:The definition of a current is a collection of moving charges.Hence for current to flow, one needs charge and one needs it to move.Electric current flows when charge move - that is the definition.Long Answer:One generally sees current flow on Earth with a conductor and a voltage or potential difference that creates and electric field and charges in the conductor feel a force and move creating current.The conductor may be a wire and the charges may be electrons.The conductor might also be water with dissolved salt and the electric field causes the salt ions to move and it is the moving ions that constitute the current.If you are the Sun and you are producing electrons and protons on the solar wind, then complex electromagnetic fields may have ejected the charges from the sun, but the current that is the charge moving through space is maintained just by the inertial of the particles. You don't need an electric field to maintain the current and you don't need a conductor to hold the charges.For a current to flow, you need net charge moving. That is all. Current is technically charge density times velocity.
When a person needs a drug to feel normal, he or she has an addiction.