Personal Safety and Security

It normally takes a soilder 1-4 weeks to die from mustard gas.

Be sure the power is off before touching any electrical wiring. You can't rely on the color coding to know what wires are hot. Be sure you know what you are doing . Do not take shortcuts and wire according to code. Test your work after you finish. If you have any doubts about your expertise, hire a professional. Faulty wiring can start a fire or maybe even shock or electrocute someone.

While there is always a chance, they are very slim due to current technology.

The Inventor Of Brawny Paper Towels is Arthur Scott in 1970!

Besides the obvious answers of steel door locks, no glass, for me, hands down is an alarm system. For years I slept with one eye open and only when I had a real scare thinking I had a fire in my basement 2 levels down, did I have an alarm system installed. Not only do I feel immediately secure when I come home, but I can sleep knowing that is anyone tried to come in or if a fire broke out, the alarm company would call the police and fire department immediately...no matter what!

There are a number of reasons but the most obvious one seems to be that over time the frame that supports the glass slowly tightens... perhaps one one thousands of an inch over the years and eventually you have an explosive situations. A good idea would be to replace this glass once a decade with a shatter safe type of glass. Cheers.

You shouldn't shower during a thunderstorm because water is a conductor of electricity and it may direct the energy of a lightening bolt through your body.

And the power may go out. This might cause you to slip and fall and cause an injury.

Combined brain power of the world over: leads to great leaps in human advancement and technology. There is a large variation and diversity of talent to be had in the world.

Large population results in overall, more immigration. This increases the mixture of races in any country and reduces the possibility of conflict and corruption between nations. The world benefits from a better sense of unity.

Greater defenses against alien invasions which may never actually happen

baby's need to be warm and that's why they need to be in a room that have the temperature 30 Celsius

Babies are usually warmer than adults--usually comfortable in one layer less than the parent is wearing, particularly in winter!

The primary purpose of personal protective equipment is to protect the wearer from injurious contact with hazardous agents when other means of preventing contact are inadequate or unavailable.

It depends how complex a system you want - anything from around £50 upwards.

met her tonight mom said 10!

I really believe that we can make a solution and apply it, you know. But then most us don't really understand what are the results of doing these things to the environment, deteriorating it time by time. We can prevent environmental polltuon simply by reusing, reducing and recycling things. Disposing our trashes well to their places and disposing harmful toxics to their right places so that it won't harm our trees, rivers and of course our wildlife. :))

It's not expensive. They don't actually replace the lock. They just take it out and change the position of the latches inside of it. Then, they make a new key. I had front, back and side door (in garage) changed for $45. It might be higher or lower in your city.

Here's the facts sweety. YOU,

Yourself cannot kill it...

A "Werewolf" can only be killed by,

1. A hunter.

2. Another wolf.

Normally that other wolf is either its mate.

With yes they do sometimes kill there mates

or

an alpha of there pack or another.

But a simple mortal cannot kill a "Werewolf" Them selves.

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In human form, you can kill a werewolf the same way that you kill any human, in wolf form, first you have to be lucky enough to actually find a werewolf in wolf form, and even then it would be very hard to kill it, because it would more likely kill you than the other way around. They are very hard to kill in wolf form.

What you do is buy a carbon monoxide detector, you can get them at hardware stores like canadian tire or home depot. You plug it into the outlet you'd like, and its alarm will go off if it detects carbon monoxide.

Try to have a soft landing.

Seriously, though, professional fighters and stunt men and women who fall all the time are trained to dissipate the energy of the fall over time and area. In other words, rather than hitting with a sharp impact on a solid object, try to make the landing last a few tenths of a second longer by rolling or crumpling or by hitting at an angle and skidding rather than putting all the force into the initial impact.

The yellow is a stark contrast to the black/grey especially at night or poor driving conditions i.e. fog and snow - In some countries they use white which can "disappear" in poor condition yet use the yellow to mark restricted stopping and parking

It is always best to wear a helmet, and strongly suggested if you are a child. However, the laws can differ from state to state. Log on to your state or county website and you can find out what the laws are for your state there.

Most gang members aren't going to pick a fight with someone whose just walking and minding their own business. However, if one does happen to approach you, stay calm and relaxed. If you appear too on-guard or frightened, they'll be encouraged to mess with you. The best advice I can give you is not to fear them. Gang members only have as much power over you as you give them.

It is a combination of voltage and current flow that kills. A body can take many thousands of volts with little harm. When you draw an arc between your fingers and that door knob you just touched after shuffling across the rug on a dry day, you are on the receiving end of several thousand volts. Yes, that's how much voltage it takes to break down dry air and make it conduct. But current is low. If you happen to get "hooked up" to a car battery, the 12 volts (actually, it's a tad more on a good battery) can deliver a punishing amount of current flow. Usually our skin resistance is high enough to ward off a shock like that, but we can get a "wake up call" from the vehicular cell set if conditions are right. But it isn't a fatal encounter. It is a combination of voltage (which is the driving force that creates current flow) and the resistance of the current path, which is your body, that sets up the current flow. Actually, the "experts" often talk about a fatal shock in terms of voltage and a current flow at that voltage. Or they'll talk about current flow across the heart itself. But the body, which is the current pathway, sets the current based on its resistance. And when they apply the figure to the heart, how do we know how much current will flow there? That makes things clear as mud. Electric current must flow through vital organs to kill, and to target the heart requires a bit of "trick" wiring. Current will flow in lots of places within the body because of the high conductivity of the ionic fluids inside us. Why did you have to sit through this long-winded report on what may or may not be? Simple. There is no "dead bang" voltage that a person "can take to the body" and survive. There is a threshold voltage above which it may be possible to be fatally electrocuted. How hard can you be hit in the head with a 2 x 4 without dying? And where in the head? Same general type of question. Exactly the same. Lots of variables and no "slam dunk" for an answer. And don't blame the responder; blame the electricity. It's electricity's fault that it doesn't come in portions you can choose when you're about to be electrocuted. And it's electricity's fault you can't choose where you'll take the shock, choose what pathways the current will take through your body. Electricity makes all those decisions for you. Electricity, voltage, actually, has perfect "vision" when it comes to any and all pathways that it can drive current through. It always "sees" the possibilities. Always. And it always sees all of them. And when it can make a move because conditions allow it to, it does. It's that simple for electricity. It evaluates materials on one basis and one basis alone - can I force current flow there? And if so, how much? And it makes these decisions in the twinkling of an eye.