Available online
Description
Finding the lattice energy of a compound and how a thermochemical cycle can be used to simplify experimental work.
Finding the lattice energy of a compound and how a thermochemical cycle can be used to simplify experimental work.
| Module code and title: | S247, Inorganic chemistry: concepts and case studies |
|---|---|
| Item code: | S247; 04 |
| First transmission date: | 05-05-1981 |
| Published: | 1981 |
| Rights Statement: | |
| Restrictions on use: | |
| Duration: | 00:24:19 |
| + Show more... | |
| Producer: | John Simmons |
| Contributors: | Stuart Bennett; Lesley Smart |
| Publisher: | BBC Open University |
| Keyword(s): | Enthalpy; Lattice energy; Potassium cyanide |
| Subject terms: | Crystals; Cyanides |
| Footage description: | Footage - Drawings of alchemists. Chemical plant (0'18"-0'49") - Born-Haber cycle for potassium chloride. Lattice energy of potassium chloride (1'20"-2'49") - Model of potassium chloride (2'55"-3'23") - Model of potassium chloride. Potential energy of potassium chloride. Madelung constant (4'41"-7'22") - Lattice energy expression (7'59"-9'00") - Potassium cyanide. Model of potassiumcy anide. Animation of cyanide anion. Born-Haber cycle for potassium cyanide. Lattice energy expression (9'49"-13'29") - Thermochemical cycle of alkyl bromide (13'57"-15'30") - Ionic radii of cations from lithium to caesium (16'39"-16'55 ") - Model of potassium cyanide. Potassium cyanide added to water. Graphic of potassium & cyanide ions in water (17'32"-18'52") - Model of potassium ferrocyanide (18'57"-19'34") - Potassium ferrocyanide added to water (19'43"-20'28") - Potassium cyanide (21'08"-21'18") - Simplified model of haemoglobin centre ( 21'47"-23'39"). |
| Master spool number: | HOU3427 |
| Production number: | FOU083L |
| Videofinder number: | 4376 |
| Available to public: | no |
