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The Question & Answer (Q&A) Knowledge Managenet
The Internet has many places to ask questions about anything imaginable and find past answers on almost everything.
Even though at this age kids don’t need their personal computers, “tech” parents can start considering buying them one. If your child is between 8 and 12 years old and begins to seek more independence and privacy, this will probably be the best time to invest in their first laptop.
As kids grow up they might want more privacy and need their own space, especially if they’re sharing a bedroom with a brother or sister. While it’s not illegal for them to share, we recommend that girls and boys over the age of 10 have their own bedrooms – even if they’re siblings or step-siblings.
The best recommended direction for the placement of a personal computer is the South-east corner. Computers must never be placed in the children’s bedroom as its energies can interfere with the overall development of the child.
Windows are best on your side. If you’re facing the view, you’ll be distracted. Work while you’re at your desk and enjoy the view when you’re on a break. You should be able to get in and out of the desk with ease.
Your PC will be just at home sitting on a flat floor as it would on a flat desk. Before placing your PC on the floor, be sure to think about airflow. Avoid placing your tower PC on thick carpet. If the carpet is a problem, consider putting it on a platform or stand on the carpet.
Depends on what you mean by hot, under a desk is fine but don’t let it sit on carpet if there are any bottom vents/coolers. If you have carpet and want to put it on the floor get a board or something for it to stand on. And try and leave as much room around it as you can.
How Often Should I Clean a Desktop Computer? As a rough guide, give your computer a clean every 3 to 6 months. Computers kept on the floor will need to be cleaned more often, as this low placement allows dust and dirt to creep in more easily.
You can use any smooth cardboard on top of a hard surface.. Carpet and leather are not going to be good for the equipment as they can impede the air flowing from under the devices.
Get some wooden blocks or something to elevate it off the carpet, even old books should work. Static electricity has nothing to do with it. A computer just sitting on the floor isn’t going to be building up any static, and the case is grounded anyway. The potential issues would be airflow, and maybe dust.
Because vertical tower computers take cold air from the floor and eject it as it rises, laying these computers on their sides may restrict the airflow. If you do decide to lay a desktop computer on its side, at the very least make sure that no vents or fan openings are covered.
Cardboard is a relativly good insulator, it doesn’t hold much static charge so you’d be safe storing components on it. Some people I know always earth themselves, use anti static mats and even anti static carpet when building or tinkering with PC’s but its really not needed.
The answer is no. The plastic used for food is a very good insulator, and will generate static electricity when rubbed up against many materials. It will not allow the safe discharge of static electricity and will not prevent static build up, therefore it may harm electronics placed inside.
Aluminium foil will protect against electrostatic discharge as well as, if not better than, an anti-static bag. (An anti-static bag is only slightly conductive, so a direct ESD event onto it can be transferred to the board inside.)
Generally, if the bubble wrap is pink, then it is “anti-static”. It shouldn’t matter much, especially living in Florida.
Take those parts with you on board or something. The rest should be fine. If you are lazy, shove it with bubble-wrap/cardboard so the parts can’t move. For reference of anyone reading this, use antistatic bubble wrap if you do this.
Yes, aluminum foil wrapped in bubble-wrap is the best alternative (well, that you can find at home). Call an office supply store or mail boxes etc. They should have Mylex anti-static bags.
Static-dissipative plastics offer special properties that help keep sensitive electronics from harm. Dielectric Corp. Menomonee Falls, Wis. Special fillers and fibers make resins such as ABS, acetal, polypropylene, polycarbonate, and Ultem dissipate static.
Homemade Anti-Static Spray
In the past, the majority of protective clothing used in the field of ESD was 100% cotton. As with all natural fibres, this offers the advantage of being subject to only minimal antistatic build-up without the use of additional equipment. Cotton also poses a hazard in that its staple fibres can come loose.
The best combinations of materials to create static electricity would be to have one material from the positive charge list and one from the negative charge list. Examples include combining human skin with polyester clothes, combing your hair with a plastic comb, and rubbing fur on a Plexiglas rod.
Depending on your interests, you can make static electricity in several different ways. To make small shocks, you can rub your socks against carpet or rub fur against plastic wrap or balloons. Or, to produce larger shocks, you can build your own electroscope using objects around the house.
The most significant difference between the static and current electricity is that in static electricity the charges are at rest and they are accumulating on the surface of the insulator. Whereas in current electricity the electrons are moving inside the conductor.
An electroscope is a device that detects static electricity by using thin metal or plastic leaves, which separate when charged. An object with a suspected static electric charge is brought near the metal plate or ball of the electroscope.
Static occurs when electric charges accumulate on an object’s surface; this is commonly a result of two materials that are moving apart or rubbing together. Very dry air and cold weather increases static electricity, so static shock takes place more often in the winter when the air is especially dry.
Static charging has sometimes been the suspected cause of headaches, dry mucosa, itchy skin, and other similar ailments.
Static shocks are more common when it’s cold and dry. This dry, cold air holds less water vapour than warm summer air. So, when you touch something like a metal doorknob or car door, those extra electrons will rapidly leave your body and give you the shock.