Identify correct statements about content analysis. A. The main use of content…

Concept. Content analysis is a technique for the systematic, objective and replicable description of the manifest content of communication. Its working machinery is the coding schedule and the coding manual — explicit category definitions that human coders apply to the material. Because those definitions and the sampling procedure are written down in advance, the whole procedure can be inspected and repeated by others; methodologists therefore count transparency among the method’s strengths. At the same time, because living coders must apply the categories to real text, some interpretive judgement can never be designed away.

Application — testing each statement against that definition:

• A — main use in printed texts and documents. Accurate. The technique grew up around newspapers, magazines, official records and other written documents, and only later spread to broadcast and visual media; documentary material remains its classic field of application.

• B — lacks transparency. Not accurate. Standard treatments (Alan Bryman, Social Research Methods) list transparency as an advantage of content analysis, precisely because the coding scheme and the sampling procedure are set out explicitly, so replication and follow-up studies are feasible. Opacity of procedure is a criticism levelled at qualitative research in general, not at content analysis.

• C — coding is crucial. Accurate. The coding schedule and coding manual are the core of the technique: the categories decide what the data will be, so the quality of the analysis is bounded by the quality of the coding.

• D — coding manuals cannot avoid interpretation. Accurate. This sits among the method’s acknowledged limitations: coders must exercise judgement when they assign real material to categories, and the difficulty sharpens when latent rather than manifest content is coded, so a wholly interpretation-free manual is unattainable.

Cross-check. The accurate statements are exactly A, C and D. Any selection that includes B has to assert that a method whose written coding scheme and sampling plan invite replication is nonetheless opaque — which contradicts the very feature that makes the technique reproducible. So a selection containing B cannot be the accurate set.

Result: A, C and D only.