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NSWCommunity and Family StudiesSyllabus dot point

How is raw research data turned into meaningful, clearly presented findings?

Analysing and presenting data: qualitative and quantitative data, organising and interpreting results, using tables, graphs and statistics, and drawing valid conclusions linked to the research question

A focused answer to the HSC Community and Family Studies Research Methodology dot point on analysing and presenting data. Covers qualitative and quantitative data, organising and interpreting results, tables, graphs and statistics, and drawing valid conclusions tied to the research question.

Generated by Claude Opus 4.76 min answer

Reviewed by: AI editorial process; not yet individually human-reviewed

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  1. What this dot point is asking
  2. Qualitative and quantitative data
  3. Analysing quantitative data
  4. Analysing qualitative data
  5. Presenting findings
  6. Drawing conclusions
  7. Linking back to validity

What this dot point is asking

You need to understand the difference between qualitative and quantitative data, how each is analysed, how results are presented clearly, and how conclusions are tied back to the research question and hypothesis. This is the stage where collected data becomes findings, and it is assessed directly in the Independent Research Project.

Qualitative and quantitative data

Quantitative data is numerical, such as how many respondents chose each option, and it answers questions of how much or how many. Qualitative data is descriptive, such as interview comments or open-ended responses, and it captures meaning, opinions and reasons. Most CAFS projects collect both: a questionnaire might produce quantitative counts alongside qualitative open answers. Knowing which type you have determines how you analyse it.

Analysing quantitative data

Quantitative data is organised by counting, tallying and calculating. Researchers use simple statistics such as totals, percentages and averages to summarise responses. For example, reporting that 68 per cent of respondents agreed with a statement is more useful than listing every individual answer. Care is needed with small samples, where percentages can mislead, so the raw numbers should usually be shown alongside them.

Analysing qualitative data

Qualitative data is analysed by reading responses closely and identifying recurring themes, patterns and contradictions. The researcher groups similar comments, notices common ideas, and selects representative quotes to illustrate them. This is more interpretive than quantitative analysis, so the researcher must guard against reading their own expectations into the data. Themes should emerge from the responses, not be imposed on them.

Presenting findings

Clear presentation helps readers grasp findings quickly. Quantitative results suit tables and graphs: column or bar graphs for comparisons, pie charts for proportions, and line graphs for trends over time. Every table or graph needs a title and labelled axes. Qualitative findings suit short selected quotes and described themes. The aim is to make the data tell its story honestly, choosing the format that fits the data rather than decorating the report.

Drawing conclusions

Conclusions interpret what the findings mean in relation to the research question and hypothesis. The researcher states whether the data supported, partly supported or rejected the hypothesis, and explains what the findings suggest. Strong conclusions also acknowledge limitations, such as a small or biased sample, that affect how far the findings can be trusted or generalised. Overstating conclusions beyond what the data supports is both a research-skill error and an ethical one.

Linking back to validity

Analysis and presentation are where the earlier design choices pay off. A valid method and representative sample make the conclusions defensible; a biased sample or leading questions show up as conclusions that cannot really be supported. In the IRP and exam, the best responses connect the findings directly to the research question, present data clearly, and discuss limitations honestly rather than claiming more certainty than the data allows.

Exam-style practice questions

Practice questions written in the style of NESA exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.

2025 HSC4 marksDescribe the advantages and limitations of using quantitative data in a research project.
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A 4-mark answer should give balanced points on both advantages and limitations.

Advantages. Quantitative data is numerical, so it is easy to measure, organise and present in tables, graphs and statistics. It allows comparisons across large samples and over time, supports objective analysis, and can be collected quickly from many participants, improving reliability and the ability to identify patterns or trends.

Limitations. It lacks depth: numbers show what is happening but not why, missing the personal experiences, feelings and reasons behind responses. Poorly designed closed questions can force participants into fixed categories that do not reflect their real views, and data taken out of context can be misleading. For rich understanding it often needs to be combined with qualitative data.

2024 HSC6 marksHow can a literature review assist a researcher when analysing results?
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A 6-mark answer should explain several distinct ways a literature review supports the analysis stage.

  • Comparison. A literature review summarises existing research, giving the researcher a benchmark to compare their own results against. They can judge whether findings agree with, extend or contradict previous studies.
  • Context and interpretation. It helps explain why results occurred by drawing on established theories and findings, allowing the researcher to interpret data meaningfully rather than just describing it.
  • Identifying significance and gaps. Comparing results to the literature shows whether findings are expected or surprising, and highlights gaps the new research fills.
  • Validity and credibility. Linking results to credible published sources strengthens conclusions and supports valid, evidence-based claims.

In short, the literature review turns raw results into informed, contextualised conclusions tied back to the research question.