Year 13 WJEC Geography: Unit Test Mock Paper Breakdown | Year 13 WJEC 地理：单元测试模拟卷解析

📚 Year 13 WJEC Geography: Unit Test Mock Paper Breakdown | Year 13 WJEC 地理：单元测试模拟卷解析

Mastering a WJEC Year 13 Geography mock paper is one of the most effective ways to prepare for your final exams. This article deconstructs a full practice paper on tectonic hazards, a topic assessed in Unit 3: Global Systems and Governance. You will learn how to interpret questions, structure answers, and hit top-level marking criteria through detailed commentary and sample responses.

掌握一份WJEC Year 13 地理模拟卷是备战最终考试最有效的方法之一。本文拆解了一套以构造灾害为主题的全真练习题——该主题属于 Unit 3：全球体系与治理的考查范围。通过详细评析和示范答案，你将学会如何解读题目、组织答案并达到高分评分标准。

1. Mock Paper Overview | 模拟试卷概览

The mock paper mirrors a standard Unit 3 test: 1 hour 30 minutes, 60 marks. Section A (30 marks) presents two compulsory data response questions: Q1 focuses on global seismic distribution and plate boundaries; Q2 compares two contrasting tectonic hazard events. Section B (30 marks) requires one extended essay from a choice of two, evaluating the role of economic development in hazard impact.

模拟试卷复制了标准的Unit 3考试：时长1小时30分钟，总分60分。A部分（30分）包括两道必答数据响应题：第1题聚焦全球地震分布与板块边界；第2题对比两个截然不同的构造灾害事件。B部分（30分）要求从两道题中选择一道作答，写一篇延伸论述，评价经济发展在灾害影响中的作用。

Timing is critical: aim for 45 minutes on Section A (roughly 22 minutes per question) and 45 minutes on Section B, leaving a few minutes to proofread.

时间分配至关重要：目标A部分45分钟（每道题约22分钟），B部分45分钟，留几分钟检查。

2. Question 1(a): Describing Distribution Patterns | 问题1(a)：描述分布模式

The stem provides a world map showing earthquake epicentres and active volcanoes. The question reads: ‘Describe the global distribution of tectonic hazards shown in Figure 1. (4 marks)’ To gain full marks, you must identify concentrated zones, avoid vague language, and use precise locational references such as ‘the Pacific Ring of Fire’ and ‘the Mid-Atlantic Ridge’.

题干提供了一张显示地震震中和活火山的世界地图。题目为：“描述图1所示的构造灾害全球分布。（4分）”要获得满分，你必须指出集中带，避免模糊用语，并使用“太平洋火环”、“大西洋中脊”等精确位置参考。

Model answer: ‘The majority of earthquakes and volcanoes occur in narrow, linear belts. The most prominent concentration is along the western coasts of the Americas and the eastern edge of Asia, forming the Pacific Ring of Fire. A secondary belt follows the Mid-Atlantic Ridge, running north‑south through Iceland and the central Atlantic. Isolated events also occur in the Mediterranean and East Africa.’

示范答案：“大多数地震和火山发生在狭窄的线性带上。最显著的集中区沿美洲西海岸和亚洲东缘，形成太平洋火环。另一条带沿大西洋中脊，南北向穿过冰岛和中大西洋。孤立事件也出现在地中海和东非。”

Examiner tip: always use the data given; names from the map add geographical precision. Avoid ‘all over the world’ or ‘random’.

考官提示：始终使用给出的数据；地图上的地名可增加地理精准度。避免使用“遍布世界各地”或“随机的”表述。

3. Question 1(b): Explaining Plate Boundary Processes | 问题1(b)：解释板块边界过程

‘Explain why tectonic hazards occur along plate boundaries. (6 marks)’ This command word ‘explain’ demands processes and reasons, not just description. You must link seismic activity to convergent, divergent, and conservative margins, using correct terminology (subduction, sea‑floor spreading, friction).

“解释为何构造灾害沿板块边界发生。（6分）”指令词“explain”要求阐述过程和原因，而不仅仅是描述。你必须将地震活动与汇聚型、离散型和保守型边界联系起来，并使用正确的术语（俯冲、海底扩张、摩擦）。

Strong answer points: At convergent boundaries, oceanic crust subducts beneath continental crust, generating deep-focus earthquakes and volcanic arcs due to partial melting (e.g. Nazca Plate under South American Plate). At divergent boundaries, plates move apart, allowing magma to rise and create shallow earthquakes and new crust (Mid‑Atlantic Ridge). At conservative boundaries, plates slide past each other; friction builds until stress is released as shallow, destructive earthquakes (San Andreas Fault).

高分答案要点：在汇聚边界，洋壳俯冲到陆壳之下，因部分熔融产生深源地震和火山弧（如纳斯卡板块俯冲到南美板块下）。在离散边界，板块分离，岩浆上涌引发浅源地震和新地壳形成（大西洋中脊）。在保守边界，板块相互滑过；摩擦积累，应力释放引发浅源破坏性地震（圣安德烈亚斯断层）。

Include labeled diagrams mentally: refer to ‘shallow‑focus’ and ‘deep‑focus’ to show understanding of Benioff zones.

在脑海中构思带标注的示意图：提到“浅源”和“深源”以示对贝尼奥夫带的理解。

4. Question 2(a): Comparing Hazard Profiles Using Data | 问题2(a)：利用数据比较灾害概况

This sub‑question (4 marks) provides a table of data for two events—e.g. Haiti 2010 and Japan 2011—including magnitude, depth, GDP per capita, and death toll. You are asked: ‘Compare the characteristics of the two tectonic hazard events.’ Using comparative language (‘whereas’, ‘in contrast’) and manipulating figures (e.g. ratio of deaths) will secure full marks.

此小题（4分）提供了一个包含两次事件（如2010年海地地震和2011年日本地震）数据的表格，包括震级、震源深度、人均GDP和死亡人数。题目要求：“比较这两次构造灾害事件的特征。”使用比较性语言（“而”、“对比”）并处理数据（如死亡人数比率）将确保满分。

Example: ‘Haiti’s earthquake had a magnitude of 7.0, whereas Japan’s registered 9.0—the latter was about 1,000 times more powerful in energy release. Despite

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