Because they act as insulators because of their thickness therefore are better conductors of heat :)
It means that other things being equal - specifically the sizes of two samples of the material - one of them will transport heat energy at a faster rate than the other.
The water will keep you warmer than the brick. The water has a higher heat volume and will take longer to cool down than the brick.
Copper is a better conductor of heat than iron because it has a higher thermal conductivity. This is because copper's atomic structure allows heat to transfer more efficiently through its lattice. In contrast, iron has a lower thermal conductivity due to its crystal structure which hinders the flow of heat.
Yes, the panel house is better than the brick house. This is because the panel house is greener, cleaner, more energy efficient and environment friendly as compared to the brick house.
The jug of hot water would be better for keeping you warm through the night as it retains heat better than an iron brick due to its higher specific heat capacity. The water will release heat slowly as it cools down, providing a more prolonged source of warmth compared to the iron brick which cools down quickly once its initial heat dissipates.
Durability.
no
The red clay brick is better than hollow brick for construction of apartments. Because bands should be constructed at every 5-10 feet height if we adopt hollow bricks. Moreover, red clay bricks have higher strength than hollow bricks.
There are many properties of a fire brick. The primary and most notable property of a fire brick would be that fire bricks heat up to a higher temperature than other bricks.
Yes, what is given above is right. Trumpet is a good conductor of heat.
Yes, in fact an older brick oven will barbaque food better than a newer grill.
Air is a good insulator because it has low thermal conductivity, meaning it does not transfer heat easily. Solids like metal, brick, and wood have higher thermal conductivity, allowing heat to pass through more easily. The pockets of air trapped within insulating materials create barriers that reduce heat transfer.