jesa ke sabko pata hai space thanda hai or hum space me jaye to hamare body thandi hone lagti hai.
par jo satellite hote hai wo to bohot time tak space me rehete hai to fir wo kyu nehi jumte hai.. satellite kharab kyu nehi hote.
or satellite me ammonia ke shield kyu lagai jaate hai.
don't copy from Google.
only true space lover can answer.
Answers
Answer:
One of the most common misconceptions about outer space is that anything venturing into it becomes an instant ice cube.
In reality, since space is a vacuum and lacks any fluid medium to wick away heat, thermal energy is lost almost exclusively via electromagnetic radiation (light), particularly in the infrared band. This process is so terrifically slow that high-temperature, dense objects like white dwarf stars can remain hot for hundreds of billions of years, despite being dead; indeed, they will be the last hot objects in the cosmos.
Consider reaching into a preheated oven; the air and metal rack are the same temperature, but only the rack will burn you because it is a dense crystalline solid very effective at conducting heat. The air is made up of gases at much lower mass and density than the rack and is a poor thermal conductor by comparison.
Grab a metal chair leg in your office; it seems “cold” only because the metal is removing heat from your body with greater efficiency than the air.
There is a reason why Thermos bottles employ a vacuum jacket; the lack of heat-conducting atoms simulates conditions within that one, gigantic insulator we call outer space.
The International Space Station is equipped with huge space radiators filled with circulating ammonia to increase radiant surface area and prevent intolerable heat buildup from warm equipment and crew. Yes, they are more worried about overheating than freezing to death.
IT HAS A HEAT SHIELD TO PROTECT ITS BURNING WHEN ITS IS GOING OUT OF LAYERS OF ATMOSPHERE
Explanation:
because ammonia has very high melting point and hemant i am a big fan of you you are gorgeous