Thermal resistance: diamond
Electrical resistance: copper
Optical resistance: quartz
Examples: low thermal and electrical conductivity, low hardness, they are brittle, low melting and boiling points, some are liquids or gases, low density etc.
bad conducter of heat bad conducter of electricity not reflective not bendable not mallable enough for you?
Low conductivity is better if you don't want electricity to pass. High conductivity is better if you do want electricity to pass. Also, water itself is actually an insulator (very low conductivity) but the impurities in water can be great conductors. Pure water will stop electric flow, but it is very difficult (outside of a lab) to get truly pure water.
Yes, increasing the temperature of an insulator is not likely to make it more electrically conductive. Resistance generally increases as temperature increases. Some materials conduct electricity better when they are very cold, however.
yes but very low electrical conductivity.
Examples: low thermal and electrical conductivity, low hardness, they are brittle, low melting and boiling points, some are liquids or gases, low density etc.
Alloys doesn't have a low conductivity.
No, metals have high conductivity but has low resistivity.
its a high flammibillity and low conductivity
The electric conductivity is 0.139 10 to the 6th power per centimeter. Therefore the conductivity of potassium is low.
Copper has a high thermal conductivity, not low. This is a good generalization of any metal, although they vary in conductivity.
An effective potholder has density and low conductivity.
bad conducter of heat bad conducter of electricity not reflective not bendable not mallable enough for you?
Low conductivity is better if you don't want electricity to pass. High conductivity is better if you do want electricity to pass. Also, water itself is actually an insulator (very low conductivity) but the impurities in water can be great conductors. Pure water will stop electric flow, but it is very difficult (outside of a lab) to get truly pure water.
Usually it is, but exceptional case is of Graphite which has low thermal conductivity.
Currency, jewelry, medicine, electronics, liquors, food. It is used in electronics because its high conductivity and low susceptibility to corrosion. It is used in currency, jewelry, food, and liquors because of its relatively rare availability. It is used in medicine for its conductivity.
it does not ionize