Because all the gas would build up inside it and it would eventually be to much for the bottle to handle so it would burst.
Maybe yes, maybe no. Do you mean a capped bottle or an open bottle? Small bottle or large, just how high is 'high altitude' and what type of temperature are you at? There are certainly a lot of variables to consider. If you simply took an open / empty bottle to high altitude (or even space) there is nothing inherent to the glass which would make it explode. If you sealed a bottle at sea level, (air pressure at sea level is about 15 lbs per square inch (psi) and took that into the vacuum of space, the bottle would then "feel" the 15 psi of internal pressure. Would that cause it to explode? Again, maybe yes, maybe no. Most bottles which hold carbonated beverages can hold 100psi or higher. A thick champaign bottle may hold significantly more than that, so they would be OK. However a designer perfume bottle or a twisty 'art glass' bottle which isn't designed to hold any pressure may break. Additionally because pressure is multiplied by area to get overall force, a small bottle may be OK while a large bottle may break. For a given pressure, the large bottle simply contains more force than a small bottle. Additionally, with very high altitude comes low temperatures and/or high temperature gradients (very hot in the sun, very cold in shadow). These thermal stresses may cause a liquid in the bottle to freeze and rupture the bottle, or the bottle may break from the high thermal stresses.
In this scenario, conduction and radiation work together to heat water in a plastic bottle. Conduction is responsible for transferring heat from the surroundings to the bottle, while radiation from a heat source like the sun further warms up the water inside the bottle.
On a hot day, a car can reach temperatures of over 120 degrees Fahrenheit when left in the sun.
When a wet towel is left in the sun it eventually becomes dry, it is dried through the process of evaporation.
The upper limit to the mass of a white dwarf is about 1.4 times the mass of the Sun, known as the Chandrasekhar limit. Beyond this point, the white dwarf may collapse and explode in a supernova event.
It does not explode. The only reason why it might "explode" is because in the sun it would heat up and the particles would move faster causing the soda to "explode."
Because heat transfers to colder objects, and the bottle left out in the sun is exposed to a lot more heat than the one in the refrigerator.
Because heat transfers to colder objects, and the bottle left out in the sun is exposed to a lot more heat than the one in the refrigerator.
Sun crest classic bottle worth 30,000 to 90,000 thousand
Sun crest classic bottle worth 30,000 to 90,000 thousand
When a bottle of soda is placed in the sun, the liquid warms up and expands, causing some of it to evaporate and form gas bubbles. This increase in pressure from the evaporating gas may lead to the soda bottle becoming pressurized, potentially causing it to leak or burst.
If the bottle is left in a place where the sun can shine through it, the bottle can magnify the heat from the sun and start a fire.
It is possible for a GPS unit to explode due to prolonged exposure to the sun. A man's truck in Kentucky had a GPS system installed which he claims exploded after being left in the sun. The news article is linked in the related links.
As Charles' Law states if the volume of the enclosed gas remains constant, the pressure is directionally proportional to the absolute temperature. When you open an ice cold soda, there is little pressure released, open a warm soda, however and it will rush out, or if heated or agitated, will explode.
When soda is left in the sun, it can become warmer and potentially lose its carbonation faster. Exposure to sunlight can also cause chemical reactions that alter the taste and color of the soda. Overall, prolonged exposure to sunlight can lead to a less enjoyable soda-drinking experience.
endothermic
Because your hand is tranferring heat (fast moving molecules/atoms) to an object with slow paced molecules/atoms. Your hand is giving away energy, to an object with less energy, which is why you feel less heat, or cold.