I’ve always thought about what would happen if there was actually a real fire during the time the fire alarms were being tested, and because the sign says not to call the police (which, I’m assuming they meant to say the fire department), there would be no help arriving and the fire would go out of control.In my curiosity, I decided to do a bit of research to find out what the chances were of that actually happening.According to the United States Bureau of the Census, there is a projection of approximately 116,000,000 households in the United States as of 2012. According to the Emergency Preparedness Innovations Corporation, there are approximately 2,000,000 house fires reported each year. (Of course, not all of these two million fires are going to be harmful enough to injure someone, but there is an assumption that a reported fire was significant enough that it either required professional aid to extinguish, or it caused property damage that required a police report for insurance claims.)According to this data, there is about a 1.7% chance that there will be a house fire in your place of residence in the next year.That’s good to know, but that doesn’t really help us much for our question because the fire alarm testing is not going to last the entire year, but rather, about 10 minutes, or one-sixth of an hour. To bring the 1.7% chance per year down to scale, we’re going to divide that by 365.25 to see what the chance is of having a house fire at your place of residence on any particular day – that computation comes out to 0.00472%.Breaking that down even further, because there are 24 hours in one day, we are going to divide 0.00472% by 24 to see what the probability of having a house fire in a one-hour time period is – that computation comes out to 0.000197%. And finally, to see what the probability of having a house fire in a given 10-minute period is, we’re going to divide our value once more by 6 to get one-sixth of an hour.After all these computations, we can conclude that the probability of a real fire occurring during a fire alarm testing period is 0.0000328%. Finally, we’re going to divide 100% by 0.0000328% to see how many times our probability fits into 100%. This means that you would expect to see a real fire during fire alarm testing approximately once every 3,050,568 tests.Taking this one last step further, as of 2009, the life expectancy in the United States was 79.1 years. That’s equal to 28,891.275 days, 693,390.6 hours, or 41,603,436 minutes. When we divide the number of minutes by the number of tests required to see a real fire during a test, we get about 13.64. That means that for an average person to see a real fire during a test in their life time, they would have to be at a fire alarm testing about once every 13 minutes and 38 seconds.Fortunately, fire alarm testing tends to only happen once every few months. Real Fire During Fire Alarm Testing?
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I’ve always thought about what would happen if there was actually a real fire during the time the fire alarms were being tested, and because the sign says not to call the police (which, I’m assuming they meant to say the fire department), there would be no help arriving and the fire would go out of control.In my curiosity, I decided to do a bit of research to find out what the chances were of that actually happening.According to the United States Bureau of the Census, there is a projection of approximately 116,000,000 households in the United States as of 2012. According to the Emergency Preparedness Innovations Corporation, there are approximately 2,000,000 house fires reported each year. (Of course, not all of these two million fires are going to be harmful enough to injure someone, but there is an assumption that a reported fire was significant enough that it either required professional aid to extinguish, or it caused property damage that required a police report for insurance claims.)According to this data, there is about a 1.7% chance that there will be a house fire in your place of residence in the next year.That’s good to know, but that doesn’t really help us much for our question because the fire alarm testing is not going to last the entire year, but rather, about 10 minutes, or one-sixth of an hour. To bring the 1.7% chance per year down to scale, we’re going to divide that by 365.25 to see what the chance is of having a house fire at your place of residence on any particular day – that computation comes out to 0.00472%.Breaking that down even further, because there are 24 hours in one day, we are going to divide 0.00472% by 24 to see what the probability of having a house fire in a one-hour time period is – that computation comes out to 0.000197%. And finally, to see what the probability of having a house fire in a given 10-minute period is, we’re going to divide our value once more by 6 to get one-sixth of an hour.After all these computations, we can conclude that the probability of a real fire occurring during a fire alarm testing period is 0.0000328%. Finally, we’re going to divide 100% by 0.0000328% to see how many times our probability fits into 100%. This means that you would expect to see a real fire during fire alarm testing approximately once every 3,050,568 tests.Taking this one last step further, as of 2009, the life expectancy in the United States was 79.1 years. That’s equal to 28,891.275 days, 693,390.6 hours, or 41,603,436 minutes. When we divide the number of minutes by the number of tests required to see a real fire during a test, we get about 13.64. That means that for an average person to see a real fire during a test in their life time, they would have to be at a fire alarm testing about once every 13 minutes and 38 seconds.Fortunately, fire alarm testing tends to only happen once every few months.
No, I have absolutely no idea how that happened. I must have gotten in a fight with myself in my dream or something, and decided that the best way to defeat myself was to rip a hole in my pants.This past Wednesday, I went into a basketball stadium to represent the
Later that day, I met up with Ed Lam to go to lunch. After we were done eating, we went back to his house, then walked over to a near-by nature reserve. The only problem is, the previous day during
This is Ed doing parkour.… Actually, this is Ed hopping onto a boulder, jumping one foot into the air, doing a half-spin, and yelling “PARKOUR” as loud as he can while carrying a stick.
This is Ed holding a stick up to my nose so I can look like
About a week later on January 12, a massive snowstorm swept through our neighborhood. It was the first real snowstorm of the season (which is unusual because there are usually harsh blizzards in December, but December this year was relatively tranquil). This photograph was taken at our family business; it’s our front parking lot. We didn’t really have that many customers throughout the day, and most of the cars in the parking lot are owned by people who work at or own the businesses in our building.
I ended up spending the night at our business (which is a laundromat, for those who don’t know already) because it wasn’t worth the risk driving 15 miles (24 kilometers) to go home and possibly get into a collision because of poor road conditions. And no, I did not sleep on the floor or on top of washing machines; we have a couch inside our office.
The bill seems like something that would be the moral and correct thing to do, and a lot of people, including myself, agree. However, even those who do not torrent or steal copyrighted content are opposing the bill because of the methods it proposes to use in order to stop piracy. Instead of doing somewhat of an obvious thing and raiding the servers hosting torrent hubs like the Pirate Bay, they are instead targeting websites who link to copyrighted content without consent. For example, if I were to put a link to watch