Wood is a porous material in which a lot of air is trapped, and as a result, it is a poor conductor of heat. Iron is a denser material which is a good conductor of heat. So when you touch iron, heat flows easily from your finger into the colder piece of iron. Heat flows much more slowly from your finger into a piece of wood, even if the wood is exactly the same temperature as the iron.
The hotter object will get colder than it was, the colder object will get hotter than it was. Heat flow will continue until both objects are at the same temperature.
Since heat flows from high temperature region to low temperature region so when a hotter body comes in contect with colder body then hotter body loses heat to colder body until both have same temperature.
Temperatures can be MUCH colder than the Zero point on both.
In that case, heat will flow from the hotter to the colder object. This will continue until both are at the same temperature.
Many principles are used. Expansion of liquids. Production of thermo emf. Variation of resistance of conductors. As temperature changes certain physical properties change as mentioned above. Such changes are used to know about the temperature.
Density is affected by both temperature and salinity. The colder the temperature and the saltier the substance, the greater the density.
The hotter object will get colder than it was, the colder object will get hotter than it was. Heat flow will continue until both objects are at the same temperature.
In that case, heat will flow from the hotter to the colder object. This will continue until both are at the same temperature.
Yes, it can be.
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No, but they are both determined by the same factor: geography. It may make it feel a little warmer or colder though, just like wind chill, but it doesn't actually change it.
Since heat flows from high temperature region to low temperature region so when a hotter body comes in contect with colder body then hotter body loses heat to colder body until both have same temperature.
In that case, heat will flow from the hotter to the colder object. This will continue until both are at the same temperature.
No planet in our solar system has that as its full temperature range. Earth certainly has that temperature range, but it can get both hotter and colder than that.
Both do their own job mutually till both reach a common temperature.
Temperatures can be MUCH colder than the Zero point on both.
In that case, heat will flow from the hotter to the colder object. This will continue until both are at the same temperature.