Chemistry · GCSE · Rates & Equilibrium

Changing pressure at equilibrium

Changing pressure at equilibriumFree0:53Heddy Score 3 of 7, below the standard
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What you need to know

  • Increasing pressure favours the side of a gaseous equilibrium with fewer gas molecules.
  • Higher pressure favours ammonia formation, but industrial choices also account for equipment cost and safety.

In this clip

Runs 0:53, from 4:25 to 5:18 of the full video.

Heddy Score3/7, Below the standard
See the seven stars
  • Trusted source · passed. The creator's own upload, live and playable here.
  • On the map · not judged yet. A teacher watched it: it mainly teaches this map topic.
  • Spec-true · not judged yet. Accurate, and right for the current UK specification.
  • Focused · passed. One idea, short enough to watch in one go.
  • Accessible · passed. Good captions, clear sound and pictures.
  • Safe for children · not judged yet. Right for 11 to 16 year olds, with no sales pitch.
  • Proven · not judged yet. Earned from our students: they learn from it, find it helpful and watch it to the end.
★ passed · ☆ pending · ✕ failed
Our students

Not enough students yet

Our own students' answers. These are what move ★7 Proven.
On YouTube

665K views · 9.99K likes · Cognito 1.37M subscribers

As reported by YouTube on 2026-11-02. Not part of the Heddy Score.
How the Heddy Score works

Why we picked it

The Haber process provides paired examples of how temperature and pressure affect equilibrium.

Cognito on YouTubechecked 2026-10-18

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