Is it possible to actually use the force?

It doesn’t exist exactly the way it’s portrayed in Star Wars, but the force is very real. Because at its most basic, when you take away the Jedi’s and lightsabers and special effects, the force is ultimately the ability to use our minds to effect the world around us.

Can non Force sensitives use the force?

The short answer here is yes, non-Jedis can, and do, use the Force. Many non-Jedi characters, however, are described as being “Force-sensitive.” Princess/General Leia is perhaps a perfect example of a Force-sensitive person who does not become a Jedi.

Can you create things with the Force?

The Force works in mysterious ways, including doppelganger creation and shapeshifting, apparently. The Force has always been a bit of a mystery in what it can and can’t do. It lives inside everything, binds us all, and allows the Jedi to do some pretty horrible things.

Can a Jedi bring someone back to life?

Dark transfer was a Force power that allowed the user to heal someone who was on the brink of death by drawing upon the dark side and applying the Force to shatterpoints. Healing another through such a transfer was regarded by some Jedi as imposing one’s own will in defiance of the will of the Force.

What does it mean to freeze something?

To slow or freeze an object or living organism in its tracks.

What happens to the shape of water when it freezes?

As ice freezes forming hexagonal crystals (comprised of two H molecules join with an O molecule at an angle of 104°) the water in this form takes up more space than liquid water. But the crystals formed by freezing water take on varying forms (and affecting the pressures exerted by confined ice) as temperatures continue to fall.

Why is freezing water confined to the circumference of a pipe?

A rational view is that freezing water applies force in all directions rather uniformly. But the damage done by that force occurs where the force is confined. But freezing water appears to be immediately confined more by the circumference of a pipe than along its length. Why might this be?

How does pressure affect the melting point of ice?

Increasing pressure normally promotes liquid freezing, shifting the melting point to higher temperatures. (Chaplin ret 2018). Reducing pressure reduces the melting point of ice (or freezing point of water). Chaplin notes that 13.35 MPa (486 psi) gives a melting point of -1°C.