does human body have electrical charge?
358071
Always our body is charged and discharged. There are numerous ways for our body to get charged. \n\nThere are nerve cells in the skin also. Our sensation is so high that our feelings depend upon this sensation.\n\nThe thing is that we accommodate to certain feelings and ignore the effects of charges on our body if it is not serious.\n\nKeep your back side of your palm in front of the computer screen in which you are reading this.\n\nYou will feel that side being charged by induction.\nWhat was your feeling? Irritated? Enjoyed? Wondered? Afraid? Curious to know what it is?\n\nCharges will affect our feelings. Will vary from person to person.\n\nI am  cutting and pasting an information about Electro cardio-gram. \n\nEvery living cardiac cell undergoes electrical changes which initiate contractions (systole) and relaxations (diastole) of the cell. The contraction cycle of the heart then is associated with a compound action potential initiated from the sinus node, traveling the conduction paths of the heart, and just preceding the contraction wave. After a time a relaxation wave follows, again changing the electrical polarity of the heart. These electrical waves from the heart are carried by the electrolytic solutions of the blood, lymph, and cell sap to all parts of the body. If we place electrodes on the body, the electrical waves from the heart will change the voltage between these electrodes as the heart cycles. Since these waves are vectors (they have intensity and direction), they will affect electrodes placed in different arrangements differently and the voltages will vary with the direction and intensity of the cardiac electrical waves.
1034043
there are many kinds of elements and compounds in human body such as blood circulation, repiratory system,muscular system and productive system etc. for an example the function of the blood circulation is to circulate the blood to the whole body . the blood have a pigmen called hemoglobyn to bring along oxygen to the cell in our body. every cell need an oxygen to live. \n\nfurthemore ,our body is contain by many things such as leucosyte , good bacteria , ions , platlet , enzym , hormon , water , uric acid , vitamins, etc. each of this element have their function.
85034
Ah, is this the Age-Old question you ask, or simple curiosity about Human electrical energy?  \n\nAs I understand it, measurable electrical energy ceases to be monitorable in the body a short time after both the brain and heart have ceased functioning.  Electrical energy is still present for a time after the pronunciation of death, and may be visible as post-mortem twitching.  It takes some time for the chemical and electrical energy to cease being present in the deceased.\n\nNow, since science postulates that energy can be neither created nor destroyed, it is logical to presume that the energy must travel elsewhere.\n\nYour spiritual belief system will answer the next part of the question ... Where does the energy go after death?\n\nIf you believe that the energy is dispersed among all other living entities, then you might be  Taoist.  \n\nIf you beleive that the energy is re-cycled and reconcentrated into another single entity, then you might be Hindu.\n\nIf you believe the energy remains intact but is transported to another place, or dimension, then you beleive in Heaven, and might be a follower of one of many religious teachings. \n\nEtc...\n\nHope this helps.
135526
Static electricity is caused by electrons being removed from a body, such as you. when this body is not an electrical conductor, it becomes ion charged.Once that body is ionically charged other bodies which are opposingly charged are attracted.
53027
It comes from the combination of "electric" and "-on," such as in anion, cation, and ion. It is electric, because it is the carrier of electric current through solid bodies.
265804
Electricity doesn't exactly do work.  Electricity is a form of energy that enables other things to do work.  Like food in your body.  Your body does the work, the food provides the energy.  Electricity is one form of stored energy that is extracted from a number of different sources, like coal, oil, the sun, flowing water, or splitting atoms.
524890
Static charge is deposited on the surface of the CRT during the operation of the TV. So your tester glows because of the electrostatic potential existing between your hand and the surface of the CRT. \n\nThe voltage, and the current resulting through our body when we touch it are too weak to cause us any harm. All the same, you do notice your hair standing on end don't you?
604568
Actually, the brain uses electrical AND chemical messages.  I believe this is one of the reasons the brain is able to acheive such complexity of operation.  Computers are not currently capable of that same complexity, and my theory is that the computers are limited by the fact they use ONLY electrical data.  By combining electical and chemical messages, the computing capabilities are expanded exponentially.  No source for this.  It's just my personal hypothesis.
391410
Proper Voltage of Tolerance that a body can take is not harmful, but more than the tolerable can get body organs cooked.  \nElectricity never reamsin in the human body it just pass through.. for a brief millisecond...\n\n-- Hope this helps.. Goodluck =)
1150281
Water ability to conduct water depends on the total amount of dissolved solids  (TDS), thus, the electrical conductivity (EC) of water is an indirect measure of its dissolved constituents. Let's say you had your arms stretched out and your pool is really clean (very low TDS), depending on the circumstances, there may be different field strengths from one side of your body to another. In this case, your body becomes the conductor and, yes, you can be electrocuted.
478025
its just static electricity as far as I know caused by friction such as when you rub a balloon on your head and your hair raises. Also our bodies are naturally full of electricity
1180786
Charge is a property of atomic particles, the buidling blocks of matter. It can be positive (proton), negative (electrons) or neutral (neutron). Molecules can also be charged. Charges cannot be created or destroyed, they can only be added or subtracted (by adding or subtracting electrons usually). Its like the color of your hair. It could be brunnet, red or black. You can add pigments or it can fade several days later. But you cannot change a person's hair color permanently (of course some turn white when they get old though). So in this sense it is invariant.
515612
Atoms do not have a charge.\nIons have a charge (either plus or minus)
928923
No, because there are no ions in there.  Add some metals, or salt, or acid/base, and then it will.  In tap water, there are those, so tap water does conduct electricity.
73232
No, human physiology does not work that way. Planned Parenthood or calling your local hospital will tell you.
237689
Static electricity is simply an electric charge. Yes you can collect generate and use an electric charge to power things. What is generally referred to as static electricity is an electric charge that is developed as an incidentally.
717147
Balance Your Body Chemistry.\n\nIf you've ever taken chemistry in high school you're familiar with this simple experiment to test the conductivity of salt. Two ends of an electrical wire are attached to a light bulb. The other ends are submerged in a glass of water. Because water alone is not conductive, the bulb does not light up. But when we add a little salt to the water the bulb starts to glow.\n\nIt's the same with our body. When we lack the natural elements in salt we suffer from a chronic energy deficit, or deficit of information. Salt is a core essential nutrient with exceptional abilities and qualities fundamental for keeping us alive.\n\nScience and medicine have tried to define the precise roles of salt in the healthy and diseased human organism. Blood, sweat, and tears all contain salt, and both the skin and the eyes are protected from infectious germs by the anti-bacterial effect of salt. When salt is added to a liquid, particles with opposite charges are formed: a positively charged sodium ion and a negatively charged chloride ion. This is the basis of osmosis which regulates fluid pressure within living cells and protects the body against excessive water loss (as in diarrhoea or on heavy sweating).  Sodium and chloride ions, as well as potassium ions, create a measurable difference in potential across cell membranes. This ensures that the fluid inside living cells remains separate from that outside. Thus, although the human body consists mainly of water, our "inner ocean" does not flow away or evaporate. Sodium ions create a high pressure of liquid in the kidneys and thus regulate their metabolic function. Water is extracted through the renal drainage system. The body thus loses a minimal amount of essential water. Out of 1500 litres of blood which pass daily through the kidneys, only about 1.5 litres of liquid leave the body as urine. \n\nSalt is "fuel" for nerves. Streams of positively and negatively charged ions send impulses to nerve fibres. A muscle cell will only contract if an impulse reaches it. Nerve impulses are partly propelled by co-ordinated changes in charged particles.