Apparently you can if you meet the requirements. For more details click on 'Help Centre' in the blue box on the left of the page. Select 'Join a Program' and then clcik on the subheading 'Become a Supervisor' for more details.
i guess apply some space glop on to your super elastic super suit .but please get in the real world.
When they are stunned, you will see the handcuffs in your hand. Click on them to apply the handcuffs and transport them back to the prison. (see related question for solutions)
This dearth of process is called missing energy of motion; or lack of Kinetic energy. In this case the term 'super, super, super Freezing' will apply.
Clean the edges of wound with alcohol, press the edges of wound together and apply drops of super glue over the edges.
For whatever reason, the fields smell like super glue to me, and I just learned that if you apply enough super glue to cotton, it will combust.
yes ... and ofcourse! with keeping in mind about the direction and magnitude of the parameters in circuit.
All you have to do is add a little water. Then pour into a small jug. After that you get a real comb and apply.
To fix a porcelain chip using super glue, first clean the area thoroughly. Apply a small amount of super glue to the chip and press it firmly into place. Hold it in position until the glue sets. Sand down any excess glue for a smooth finish.
You don't take out the handcuffs, as they appear when the villain is defeated. Once the villain is knocked out, click on the villain and your character will apply the handcuffs.
A super condensed primeval atom where the laws of physics dont apply and the speed of light can be exceeded thats the idiots definition does that answer your question?
It takes a super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super super long time. Even longer time than SPELLING what is written! =)
Yes. One application of a magnetic field on a super conductor is quantum locking. Imagine the field lined of magnet penetrating an object. Now transform that object into a super conductor (i.e. super cool a substance that is not a super conductor at room temp into a super conductor by cooling it to a point where it is). That object is now quantum locked on the field lines and will tend to remain in a similar position without outside influence, besides the magnet, of course. It is such a principle that mag-lev trains that use superconductors operate on.