Yes, materials with the same R-value have the same ability to resist heat flow. The R-value measures the material’s thermal resistance, so a higher R-value means better insulation.
Certain materials possess good thermal conductivity, which allows them to transfer heat effectively. When used for cooling, these materials can absorb heat from a hot object and dissipate it, keeping the object cool. Conversely, the same material can insulate and retain the heat of a hot object when used for insulation, preventing it from escaping and thus keeping the object hot.
Only two? Most metal oxides won't: tantalum pentoxide won't, which is why electrolytic (wet) capacitors work. Alumina serves the same purpose in dry capacitors. Almost any ceramic material will insulate. How about glass? Try conducting electricity through glass or quartz, both made of sand.
No, light does not cause the same change to all materials. Different materials react differently to light, depending on their properties and composition.
It is the same everywhere and in all directions.
No, visible light and infrared light do not pass through the same types of materials. Visible light can pass through materials like glass and water, while infrared light can pass through materials like plastic and some fabrics.
INSULATE
Certain materials possess good thermal conductivity, which allows them to transfer heat effectively. When used for cooling, these materials can absorb heat from a hot object and dissipate it, keeping the object cool. Conversely, the same material can insulate and retain the heat of a hot object when used for insulation, preventing it from escaping and thus keeping the object hot.
Insulate it. Here is a good pdf link. It's British but most houses are the same.
are all materials
Only two? Most metal oxides won't: tantalum pentoxide won't, which is why electrolytic (wet) capacitors work. Alumina serves the same purpose in dry capacitors. Almost any ceramic material will insulate. How about glass? Try conducting electricity through glass or quartz, both made of sand.
No, light does not cause the same change to all materials. Different materials react differently to light, depending on their properties and composition.
Depends on what they are made of. Resistance to tension is a property possessed primarily by materials, although the shape of the materials can have a lesserinfluence on that property. For example a pillar of chalk will have very little ability to withstand tension when compared to the greater strength of a pillar of the same size and shape which is made out of steel.
Conductor Some materials are conductors of Heat OR Electricity. But the property is not the same for one material; example glass is a good conductor of heat but a poor conductor of electricity.
an ability is something you can do but a trait is like a property
No, tear resistance measures a material's ability to withstand tearing forces, while tensile bond strength measures the force required to pull materials apart along their interface. Tear resistance is typically used for flexible materials like fabric, while tensile bond strength is often used for rigid materials like adhesives.
No.
Depends if they are the same type of materials. If they are then yes they should perform the same.