The answer lies in a property called "specific heat".
Specific heat describes the amount of energy needed to raise a material's temperature by one degree.
Metal has a low specific heat, so it warms up fast and cools fast.
Wood has a higher specific heat, so these processes are slower.
In both cases, heat (energy) is transferred from your hand to the wood/metal, but since this happens faster with metal, it feels colder.
Metal is a thermal conductor and wood is a thermal insulator.when you touch the metal the energy transfer rapidlyto the metal,making it colder.when you touch the wood the energy transfer very slowly from your hand to the wood kept in a cold place.
The metal has higher thermal conductivity than wood so it takes heat away faster from your warm hand, causing it to feel cold
While both may be at the ambient temperature metal conducts heat more efficiently than wood. Consequently heat from the body will flow more quickly and efficiently to the metal than it does to the wood. Hence it feels colder.
Metal is a better conductor of heat than wood, so it draws heat away from our skin more efficiently, making it feel colder to the touch even when both materials are at the same temperature. This is why the metal handrail feels colder than the wooden handrail.
At room temperature, both rods will be colder than your hand. Heat will flow out of your hand into the rods. This gives a cold sensation. The reason the metal feels colder is because the heat goes into the metal from your hand quickly, while in to wood this heat transfer is slow. The metal absorbs heat faster because of its densely packed atomic structure and its ability to conduct heat. Wood is made of large, complex, jumbled molecules that can't transfer heat between themselves quickly.
yes, wood is an insulator so it keeps things warm.
Metal will conduct heat better than wood. While both the metal and the wood are the same temperature, heat will flow from your hands to the metal very quickly (and you feel cold). When you touch wood, a poor conductor, heat does not flow from you as quickly.
If you walk out onto the deck early in the morning when all the things there have been sitting there all night, they are all at right about the same temperature. That's if you measure it. But they'll feel different, and here's why. When you put your hand on a cold piece of wood, heat from you hand enters the wood and begins to warm it. But this heat, this thermal energy, doesn't move very quickly into the wood. With metal, we'll find it feels a lot colder. That's because heat moves much more quickly into the metal than the wood, and because the metal sinks heat from our hand very well, it feels colder. There is also the fact that the heat capacity of metals is generally higher than that of wood, but that really doesn't come into play very much here. Metal, when it's cold, "sucks" the heat out of any body part we put on it, and it does it fairly quickly and efficiently. That's why metals feel colder than wood that is at the same temperature.
Do not plat any wood wind instruments outside when it is humid or cold, and i would recommend not playing any wind instruments outside when it is cold because if the horn is cold, then you warm it up, then it gets cold, then you warm it up...... eventually the metal might crack, and it is not cheap to get it replaced
The wood and the metal are the same temperature (unless you've been sitting on it and warmed it up)The wood has more of an insulative nature then metalWhere as the metal readily absorbs the heat from your finger tips (making it feel cold),the wood is does not, so it's not so cold to the touch.
Metal will conduct heat better than wood. While both the metal and the wood are the same temperature, heat will flow from your hands to the metal very quickly (and you feel cold). When you touch wood, a poor conductor, heat does not flow from you as quickly.
Because metal conducts heat faster than wood. The temperature of the water will be carried up to your hand much more efficiently by the metal spoon than a wooden spoon.