answersLogoWhite

0

cookies,hammers

User Avatar

Wiki User

16y ago

What else can I help you with?

Related Questions

Is blue metal superconductive?

The blue metal is an aggregate used for buildings; it is not a metal and is not superconductive.


When are superconductive materials usually most effective?

Superconductive materials are usually most effective when you need to conduct energy. These materials aren't recommended when you are working with water.


Does supermagnetism need sub zero temp?

Yes, if you are using Fahrenheit or Celsius. If you are using Kelvin, no, because this is absolute zero. There are two types of superconductive materials: Low temperature superconductive materials (below 23 K or -418 F). High temperature superconductive materials (above 23k).


What are the release dates for Levitated Mass - 2013?

Levitated Mass - 2013 was released on: USA: June 2013 USA: 20 June 2013 (Los Angeles Film Festival)


What has the author Benjamin Washington Roberts written?

Benjamin Washington Roberts has written: 'Superconductive materials and some of their properties' -- subject(s): Superconductors 'Properties of selected superconductive materials, 1978 supplement' -- subject(s): Superconductors


Manchurian Magnetically Levitated Trains Mainland China?

The answer I guess in SHANGHAI....


Was it real when Criss Angel levitated over the Lu xor in Vegas?

No, absolutely not. No real person can do those stunts. He is just like everybody else, a normal human being.


Lev The magician stunned the audience when he levitated the woman?

to become heavier


Where are superconductive magnets made at?

Example of superconducting alloys: Nb-Ti, Nb-Sn, V-Ga.


Is mercury the planet an example of superconductor?

Pure mercury will exhibit superconductivity at 4.2 degrees Kelvin. It was the first superconductive material that H. Kamerlingh Onnes found in 1911.


What other words mean flying?

Other words for flying is: flew, Levitated, Up taken.


What has the author Ying-Yung Ko written?

Ying-Yung Ko has written: 'Superconductive quantum interference and its applications'