0
conductor,semiconductor and insulator
Wiki User
∙ 10y ago
Add your answer:
Earn +20 pts
What can pure substances be classified as?
Pure substances are divided into elements and compounds.
How does gas chromatography separate substances?
On the basis of their solubility in particular substances.
Who classified plants on the basis of structure of flower?
Carolus Linnaeus
What are X rays ultraviolet light and radioactive substances classified as?
mutagens
Neurons are classified on the basis of their structure as?
Anaxonic, unipolar, bipolar or multipolar
How are materials classified on the basis of resistivity?
Conductors, semiconductors and insulators.....
What are climate regions classified on the basis of?
it is classified on the basis of seasonal temperatures and precipitation.
How did Aristotle classified plants on the basis of?
He classified plants on the basis of stem structure
Matter is Classified as mixtures and?
Matter is classified as "mixtures" and "pure substances".
What can pure substances be classified as?
Pure substances are divided into elements and compounds.
What are substances that readily ignite and burn classified as?
flammable substances
Is a compound a classified substances?
yes
How can substances be classified according to how light behaves when light encounters these substances?
They can be classified by 3 types. Reflection, refraction, and i forgot the last
Protists are classified on the basis of their?
Nutrition.
What is the basis for the classification of clouds?
Clouds are classified on the basis of their form and height.
How does gas chromatography separate substances?
On the basis of their solubility in particular substances.
Does every different conducting substance have a unique resistivity?
Please note that resistivity also depends on temperature.In the most general case, the answer is definitely NO; all superconductors have the same resistivity, namely zero. Other than superconductors, take a look at a table with some typical resistivity values. It would seem quite obvious that for a given temperature: * Two different substances will, in general, have different resistivities. * In practice, in some cases the difference in resistivity might be too small to reliably measure. * It should be possible to find two substances that have the same resistivity at a very specific temperature - since the temperature-dependence will vary from one material to another. * Likewise, it should be possible to design a mix of two substances, which exactly matches that of another, given, substance.
