When tissue is heated above 60 degrees Celsius, it undergoes thermal denaturation, leading to the irreversible unfolding of proteins and disruption of cellular structures. This process can cause cell death, loss of function, and damage to the extracellular matrix. Prolonged exposure to such high temperatures can result in burns and necrosis of the affected tissue. Overall, heating tissue to this extent can severely compromise its integrity and viability.
No, iron does not change from a solid to a liquid at 0 degrees Celsius. Iron has a melting point of approximately 1,538 degrees Celsius, so it remains solid at 0 degrees. To transform iron into a liquid, it must be heated to its melting point or above.
18 degrees above 78 degrees would be 96 degrees.
20 degrees above freezing in Celsius is 50 degrees Fahrenheit
Iron-bearing material loses its magnetism above its Curie temperature, which is around 770 degrees Celsius for pure iron. When heated above this temperature, the thermal energy disrupts the alignment of the magnetic domains, causing the material to lose its magnetism.
At room temperature, naphthalene is typically in a solid phase. It has a melting point of about 80 degrees Celsius (176 degrees Fahrenheit), so at temperatures below this, it remains solid. When heated above its melting point, naphthalene will transition into a liquid phase.
if it is heated above 1200 degrees celsius than it melts
Above 15 degrees Celsius and above 10 if it's heated.
when heated a certain limit of atoms is disturbed because of in creased Brownian motion
No, magnesium will not burn with a brilliant white light if heated above 100 degrees. Magnesium needs to reach its ignition temperature of over 600 degrees Celsius to produce a bright white light during combustion.
There is no reason for anything to happen.
Absolutely not.
Yes, microwaves can heat liquids above 100 degrees Celsius, but this typically requires specific conditions. For instance, if a liquid is heated in a smooth container without any imperfections, it can superheat and reach temperatures above 100 degrees without boiling. However, this can be dangerous, as the liquid may suddenly boil when disturbed.
If heated to a high enough temperature it would be a decomposition reactions. Under normal temperatures (say under 5000 degrees F), nothing will happen. There will be no reaction. Above such high temperatures it will decompose to Mg^2+ and O^2-
136 degrees Fahrenheit. Anything above that starts to cook animal tissue.
As air (unconfined), is heated its volume increases, and its density decreases. That makes it lighter (per volume) than it was. Warm air will rise above colder air, and in essence, float on top of the colder air.
Water is a substance that exhibits anomalous thermal expansion behavior as it contracts instead of expanding when heated above 4 degrees Celsius.
No, iron does not change from a solid to a liquid at 0 degrees Celsius. Iron has a melting point of approximately 1,538 degrees Celsius, so it remains solid at 0 degrees. To transform iron into a liquid, it must be heated to its melting point or above.