Being a device that discharges voltage (even a small amount of electon flow, commonly called amperage) can disrupt or damage electonics. Extent would depend on the amount of VA (voltamps) as well as the particular electronics in question (how well it is grounded, shielded, what sensitive components exposed and other variables). Even without direct current flow any electronic 'generator' creates EMF (electromagnetic force) which can affect (such as RF (radio frequency)) or any component within a certain area that is susceptible to EMF. All this said, with 'normal' usage (read: no direct contact or extreme close proximity) MOST (read: well designed and produced) electronics are not affected within a building (household). I wouldn't use one on myself if I had a pacemaker though (disclaimer: I am not a doctor or engineer). Always use common sense and care when using any electronic device that could potentially injure or damage! Being a device that discharges voltage (even a small amount of electon flow, commonly called amperage) can disrupt or damage electonics. Extent would depend on the amount of VA (voltamps) as well as the particular electronics in question (how well it is grounded, shielded, what sensitive components exposed and other variables). Even without direct current flow any electronic 'generator' creates EMF (electromagnetic force) which can affect (such as RF (radio frequency)) or any component within a certain area that is susceptible to EMF. All this said, with 'normal' usage (read: no direct contact or extreme close proximity) MOST (read: well designed and produced) electronics are not affected within a building (household). I wouldn't use one on myself if I had a pacemaker though (disclaimer: I am not a doctor or engineer). Always use common sense and care when using any electronic device that could potentially injure or damage!
Yes but the range of strong frequencies received will be quite narrow and get weaker beyond the aerials intended frequency range. Also do NOT try and transmit through a DAB antenna unless you know explicitly what you are doing as you can cause damage to your equipment and possibly cause a small fire.
I do not believe that musical instruments can cause structural damage. I have an upright piano next to a door and a wall. Our piano has been there for 7 years. There are no complications for closing our door, and there are no cracks on our walls. I play it constantly, and no such occurrences have happened. I do not believe walking will cause structural damage. If it did, many houses would need annual repairs.
Listening to the kind of music that requires head banging causes brain damage. ^eff you. apparently head-banging can bruise the front of your brain, but i don't believe it. :D
YES! If the volume is too high and its too high for too many times
Dubstep is not illegal, it is a type of music but is not known as a genre yet. It is a loud type of music mainly bass types Dubstep listeners call Wub Wubs. Dubstep can not cause damage to a human body but can damage hearing if played at loud volumes.No.
If the amperage is very low, the effect is "shocking". It won't cause any serious harm to a person, but might make them jump. This can cause damage to electronic equipment, though; this is why it is important to ground yourself (using wrist straps oftentimes) when working on electronic equipment.
can cause destruction to vitamin d
The ultra violet rays can cause sunburn to your skin. Eye protection should also be worn as damage to your retina can cause blindness
Getting wet, screen damage, and batterie dying!
Anyone have a source of information about the effective range of a magnetic field that would cause damage to computerized or other electronic equipment? I'm researching an option to use rare earth magnets to assemble something, but I want to make sure that it won't screw up the electronic equipment that will be close to the magnets (but not in direct contact).
The enemy
No damage. Violet light does not affect ozone, or any of the gases commonly found in the ozone layer.
I only know of disadvantages, it can cause severe damage in electronic equipment And advantage is Static electricity can be used to temporarily bond materials together and or compress non conductive material.
They cause the breakdown of ozone, thus allowing more ultra-violet light reach the surface.
No.
No, this would no be covered. The cause of the damage must be a covered cause such as fire, windstorm, theft, etc.
Probably not to you or other people. But it can damage sensitive electronic things. And if it doesn't kill them right away, it can shorten the life of some electronic components, so that the device dies sooner than it would have.