Questions are played for double and triple points toward the end of the game.

That makes me think of a phenomenon called the triple point.

In general, for a system with p possible phases, there are triple points.

This is called the triple point on a phase diagram.

For example an ordinary triple point is counted as 3 double points.

At temperatures above the triple point the growth is more complex and can take two paths.

Schools are awarded triple points, due to having three races in the event.

In unsteady flow, the triple point will move away from the surface.

He proved that at the triple point all 3 phases have the same chemical potential.

Triple points mark conditions at which three different phases can coexist.

Kamb and others documented further triple points in the 1960s.

Triple Point's software products are used by over 400 commodity trading and energy companies in 35+ countries around the world.

At the triple point, ice can exist together with both liquid water and vapor.

The triple point of water is a more commonly used standard point today.

First of all, the triple point occurs well above one atmosphere, at 5.11 atmospheres.

Therefore, triple point cells can be used as universal references for temperature and pressure.

It has one singularity at the origin, an ordinary triple point.

The boiling point cannot be reduced below the triple point.

The intersection is referred to as the triple point.

Triple point cells are used in the calibration of thermometers.

The three lines of double points intersect at a triple point which lies on the origin.

At the triple point, all three phases can coexist.

Likewise for a 3-player game, a player with 17 cards remaining is deducted triple points.

Water at the triple point is ice, liquid, and vapor at the same time.

The triple point of water is actually 0.01 C, a correction from a previous episode as pointed out by viewers.