In cold countries water pipes are covered with bad conductors so that the water does not options are get warm be cool Si solid if I league inside the pipes
Answers
Answer: pls mark me the brainliest
Explanation:
As temperatures drop, water begins to freeze, and water pipes are particularly vulnerable to freezing. But a frozen pipe is more than an inconvenience. Water pipes that freeze are at risk of rupturing, leading to serious leaks and flooding.
When water freezes, it expands. The expanding tendency explains why you have to be careful with what you put in a freezer — some objects, such as soda cans, will explode if left in a freezing environment for too long. The same principle applies to water pipes. If the water inside freezes, it expands, putting the whole system at risk of rupture. However, the pipe rarely bursts where ice has formed — instead, freezing portions of the pipe force pressure “downstream,” between the faucet and the ice blockage. This is where the pipe bursts — usually, in places without any ice at all.
Wind chill plays a significant role in freezing pipes, too. If unheated spaces have holes, cracks or openings that allow cold, outside air to blow in, the cooling effect often accelerates ice formation. Even small openings can allow a dangerous amount of cold air into a structure, like the small holes that let telephone, cable, internet or television lines enter a room.
It’s not just northern regions that experience frozen pipes, either. Water systems in southern climates are at an even higher risk of frozen or ruptured pipes — often, in warm climates, homes aren’t designed with freezing temperatures in mind, and homeowners aren’t familiar with winterizing techniques. When a cold snap occurs, many warm-weather structures are unprepared, leading to ice blockages, burst pipes and flooded homes.
Pipes located in unheated interior spaces are especially prone to ice blockage, including garages, attics and basements — in fact, up to 37 percent of all frozen pipe failures occur in basements. Even pipe systems that thread through cabinets or exterior walls can freeze under the right conditions.
The Minimum Temperature to Keep Pipes From Freezing
The Minimum Temperature to Keep Pipes From Freezing
As a general rule, the “temperature alert threshold” for freezing pipes is about 20 degrees Fahrenheit. This temperature was determined by researchers at the Building Research Council at the University of Illinois, who determined that uninsulated water pipes began freezing when the temperatures outside dropped to 20 degrees or below.
However, this is not a hard-set rule. Depending on their exposure to wind and the elements, pipes can freeze when temperatures are higher than 20 degrees. In interior spaces, if pipes are near cracks or openings that let in cold air, they may develop ice blockages even if they are in a heated space.
To keep your pipes from freezing and bursting, make sure they are not exposed to temperatures approaching the alert threshold of 20 degrees.
Answer:
In cold country water pipes are covered with bad conductors also because water is good conductor .so in little electricity only it can be damaged