A PlayStation console can heat up quickly due to a variety of factors, including intensive gameplay that demands high processing power, insufficient ventilation, or dust buildup in the vents and internal components. Running resource-heavy games or applications for extended periods can also contribute to increased temperatures. Additionally, placing the console in a confined space or on surfaces that trap heat can exacerbate the heating issue. Ensuring proper airflow and regular cleaning can help mitigate overheating concerns.
adding heat to a substance makes its molecules to move quickly
Brick is not a good conductor of heat. It has high thermal mass, meaning it can absorb and retain heat, but it does not transfer heat quickly. This makes it a good material for providing thermal insulation in buildings.
Yes, water has a high specific heat capacity, which means it can absorb a lot of heat before its temperature rises significantly. This makes it effective at moderating temperature changes in its surroundings.
It is because when surface is more, more does the ice get exposed to heat and thus quickly attains heat and energy. This makes it melt faster.
Heat travels quickly to the centre of food :)
The PS2 console is, if a PS2 game could be run on a PSP the battery would not last 5 minutes and You could not hold the PSP from the heat of running the game. I have both (PlayStation 2, Psp 1000, and Psp Go) and no doubt the Psp is by far more successful, has more features, and on occasion better graphics.
I believe PSP(Playstation Portable). But it could be on the NextGen Portable, which may not even be out yet so probably not, but it could be for the PS3. All I can confirm, is that Sony bought the publishing rights to it, so it will only be for Sony Consoles.
Copper has a high thermal conductivity. Thus, it quickly absorbs heat from a hotter body and loses heat to a colder body . Consequently, copper does not hold heat well when in contact with a colder object.
Lighting is very hot and when it makes contact with an object such as a tree on a dry place, heat rises very quickly and fires start.
Black objects absorb more light and therefore heat up faster than lighter colored objects. However, they also radiate heat more efficiently due to their higher emissivity, which makes them lose heat quickly once the heat source is removed. This is why black objects may feel colder to the touch even if they are at the same temperature as a lighter colored object.
A good conductor of heat will transfer heat quickly because it allows heat to flow easily from one point to another. This means that when heat is applied, the conductor will quickly distribute it across its surface, allowing it to lose heat faster compared to a poor conductor.
Lighting is very hot and when it makes contact with an object such as a tree on a dry place, heat rises very quickly and fires start.