Planes are often louder during colder weather in the fall and winter months because cold air is denser than warm air, and sound travels further through dense air masses.
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The reverberation of sound waves caused by weather may make noise seem louder than it actually is. Common factors responsible for this phenomenon include: variations in air temperature; wind speed and direction; humidity and precipitation.
There are several alternatives for getting for blocking out sound. Earplugs are a good way to block-out unwanted noise, they're small and inexpensive. If you like soothing music, make sure you pack your earbuds and phone/iPod. Noise-canceling headphones are a great investment for quiet on board too.
And, because of climate change, there is increasingly more heat throughout the year. Therefore, winter is normally the best time to fly in order to avoid bumpy air. Plus, with reduced convective activity, there is a lesser chance of thunderstorms, so if winds are low, then flights are usually much smoother.
Snow and sleet may cause delays, but what about frigid temps? Airlines deal with a lot of angry, exhausted travelers due to flight delays and cancellations. While snow, sleet, and icy conditions are definitely culprits in winter, frigid temperatures aren't.
Sitting in the front of the wing is like being behind a speaker. All of the sounds of the engine and the disturbed air are projected away from you... For a more peaceful ride, find a seat in the front of the cabin.
For most commercial airplanes, the seats closest to the front of the plane are the quietest. And although it's not always possible to get a front row seat, anything in front of the wing is preferable to seating behind the wing. The loudest row is just behind the wing where the engines are located.
Airplane noise can be very annoying, especially if you live or work near an airport, and you should know that experiencing that noise constantly can be bad for your health. Some of the negative side effects include high blood pressure, increased risk of stroke and increased risk of heart attack.
Question: Right after takeoff, it often seems that the pilot slows down and the plane drops somewhat. Why is that? I have noticed that it is pretty consistent. Answer: The sensation of slowing down is really one of slowing the rate of acceleration; this is due to reducing the thrust after takeoff to the climb setting.