Yes, denser materials generally heat up more slowly than less compact materials because they have a higher thermal mass and require more energy to raise their temperature. However, once heated, denser materials tend to retain heat longer due to their higher thermal conductivity.
because carbon dioxide doesn't absorb the energy from the sun, but it does absorb some of the heat energy released from the earth. When a molecule of carbon dioxide absorbs heat energy, it goes into an excited unstable state. It can become stable again by releasing the energy it absorbed. Some of the released energy will go back to the earth and some will go out into space.
land loses heat faster than H20
Yes, a mix of snow and rain can cause snow to melt faster due to the warmer rain contributing heat energy to the snow, accelerating the melting process. Additionally, rainwater can also help compact the snow, leading to faster melting.
When heat and pressure are applied to basalt, it can transform into a metamorphic rock called greenstone or greenschist. This process can cause minerals in the basalt to recrystallize, resulting in a more compact and foliated texture. Overall, basalt tends to become denser and more resistant to weathering under these conditions.
Yes, denser liquids typically cool slower because they have more particles packed closely together, allowing for more interactions and transfers of heat energy between molecules. This makes it harder for the heat energy to escape, resulting in a slower cooling rate compared to less dense liquids.
Air loses heat faster than water and soil because it has a lower heat capacity, meaning it requires less energy to change its temperature. In contrast, water and soil have higher heat capacities, which allow them to absorb and retain heat more effectively, slowing down the rate at which they lose heat. Additionally, water and soil are denser and more compact compared to air, which also affects their ability to retain heat.
No.
If something is a good conductor of heat, it will lose heat faster than a poor conductor. This is because a good conductor allows heat to flow through it quickly, dispersing the heat energy more rapidly.
Yes, conduction is generally faster in denser solids because the particles are more closely packed together, allowing for more efficient transfer of heat energy through direct contact between particles.
Warm water is warm because the molcules heat up and make friction they move around much faster when an object is a liquid then a solid. Cold water is in the process of becoming a solid the molecules will slow down and compact to compact molecules need coldness and when something is warming up it is melting and needs heat to melt. duh.
They are moving faster to create heat
On the contrary: At heating all particles move faster and the material becomes less compact: expansion!
because carbon dioxide doesn't absorb the energy from the sun, but it does absorb some of the heat energy released from the earth. When a molecule of carbon dioxide absorbs heat energy, it goes into an excited unstable state. It can become stable again by releasing the energy it absorbed. Some of the released energy will go back to the earth and some will go out into space.
To make something dissolve faster you heat or agitate it. To decrease it do the opposite.
sure :D
Land has compact molecules so only conduction takes place and it is an insulator of heat so the heat remains on the surface whereas water has loosely packed molecule so heat is transferred by convection ths it takes a longer time to heat up.
Solids are more compact than liquids. The particles of a solid are closer together. Since heat is the kinetic force between particles, the closer those particles are the easier it is to excite them.