Primary 6 PSLE English Weighted Assessment 1 (Term 1) Paper 9

P6 English WA1 Examination Paper (Version I)

School: TuitionGoWhere Practice Centre
Subject: English Language
Level: Primary 6
Paper: WA1 - Weighted Assessment 1
Duration: 1 hour 50 minutes
Total Marks: 110
Date: 2026

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Section A: Grammar MCQ (10 marks)

1. The robotics team _______ their innovative prototype at the upcoming technology fair.

• (A) will demonstrate
• (B) demonstrated
• (C) have demonstrated
• (D) were demonstrating

2. _______ the network connectivity issues, the virtual presentation proceeded successfully.

• (A) Despite
• (B) Although
• (C) Because of
• (D) Due to

3. The research paper _______ by our science club has been published in an educational journal.

• (A) writing
• (B) written
• (C) writes
• (D) write

4. Neither the instructor nor the students _______ prepared for the equipment malfunction.

• (A) is
• (B) are
• (C) was
• (D) were

5. If they _______ the laboratory safety protocols more carefully, the incident would not have occurred.

• (A) follow
• (B) followed
• (C) had followed
• (D) will follow

6. The more systematically you plan, _______ successful your project outcome will be.

• (A) the more
• (B) more
• (C) most
• (D) the most

7. The team leader questioned _______ the proposed timeline was realistic for project completion.

• (A) that
• (B) whether
• (C) what
• (D) which

8. _______ innovative design thinking and collaborative effort, they created an award-winning solution.

• (A) Despite
• (B) Although
• (C) Through
• (D) Because

9. By the competition deadline, the participants _______ extensive testing and refinement.

• (A) will complete
• (B) complete
• (C) will have completed
• (D) have completed

10. The innovation showcase was so inspiring _______ several companies offered internship opportunities.

• (A) as
• (B) that
• (C) because
• (D) since

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Section B: Vocabulary Cloze (10 marks)

Singapore's Smart City Initiatives

Singapore has established itself as a global leader in smart city development, implementing cutting-edge technology solutions that enhance urban living, improve government services, and create sustainable urban (11) __________ for residents and visitors.

The Smart Nation initiative represents Singapore's comprehensive approach to digital transformation, integrating Internet of Things sensors, artificial intelligence, and data analytics to optimise city operations. This technological integration has positioned Singapore as a model for other urban (12) __________ seeking similar development.

What makes Singapore's smart city approach particularly (13) __________ is its citizen-centric focus that prioritises improving quality of life whilst maintaining privacy and security standards. Technology implementation considers both efficiency gains and social impact on diverse community needs.

The government has been (14) __________ in investing in digital infrastructure, including high-speed internet connectivity, sensor networks, and data processing capabilities that support real-time monitoring and responsive city management systems.

Singapore's smart transportation systems utilise predictive analytics and dynamic routing that have been (15) __________ down from extensive research and testing phases. These innovations reduce traffic congestion whilst improving public transport efficiency and environmental sustainability.

The development of smart healthcare systems enables remote patient monitoring, predictive health analytics, and personalised treatment approaches that enhance medical care quality for Singapore's aging (16) __________. Technology integration supports both preventive care and emergency response capabilities.

Singapore's smart government services provide citizens with convenient digital access to public services, from tax filing to permit applications. These user-friendly platforms demonstrate how technology can improve civic (17) __________ whilst reducing bureaucratic complexity.

International partnerships and technology collaborations have established Singapore as a testing ground for innovative urban solutions that other smart cities can adapt to their specific contexts and (18) __________.

It is remarkable how Singapore's smart city initiatives continue to (19) __________ whilst balancing technological advancement with human-centred design principles and sustainable development goals.

This technological leadership contributes significantly to Singapore's competitive advantage in attracting international businesses and talent seeking digitally advanced urban (20) __________.

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Section C: Grammar Cloze (10 marks)

The Power of Creative Problem-Solving

Creative problem-solving skills (21) __________ essential competencies that enable students to approach challenges from multiple perspectives and develop innovative solutions that may not be immediately obvious.

Effective creative thinking involves (22) __________ simply applying existing knowledge but actively questioning assumptions, exploring unconventional approaches, and synthesising ideas from diverse fields. Students must learn to embrace uncertainty whilst maintaining persistence through iterative solution development.

In complex problem-solving situations, creativity becomes particularly valuable (23) __________ it allows students to identify connections between seemingly unrelated concepts and generate novel approaches that traditional analytical methods might overlook.

Educators play (24) __________ crucial role in fostering creative problem-solving by designing learning experiences that encourage experimentation, risk-taking, and learning from failure. Open-ended projects and interdisciplinary challenges help students develop flexible thinking patterns.

Modern technology provides powerful tools for creative problem-solving through simulation software, design platforms, and collaborative spaces that enable rapid prototyping and testing. However, students (25) __________ also develop fundamental creative thinking skills that remain valuable regardless of available technological resources.

The ability to think creatively across cultural and linguistic boundaries provides significant advantages in Singapore's diverse society. Students who develop innovative thinking skills whilst understanding different cultural perspectives (26) __________ better prepared for global collaboration and cross-cultural innovation.

Brainstorming techniques, mind mapping, and design thinking methodologies play (27) __________ important role in structured creative problem-solving. Students benefit from learning various creativity techniques and understanding when different approaches are most effective.

Real-world problem-solving experiences that connect classroom learning with community challenges help students understand how creative thinking can address genuine social and environmental issues. Students who engage with authentic problems develop motivation and skills that serve them (28) __________ in future academic and professional endeavours.

Regular reflection on creative processes and solution effectiveness helps students improve their innovative thinking abilities over time. Schools can support this development by encouraging students to document their creative journeys and learn from both successful and unsuccessful (29) __________.

It is important that educational systems continue to emphasise creative problem-solving as (30) __________ fundamental capability for navigating an increasingly complex and rapidly changing world.

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Section D: Editing (10 marks)

Our School's Innovation Challenge

Yesterday, our school concluded it's first Innovation Challenge competition, and all the participants was incredibly motivated to present there solutions to pressing environmental and social problems. My project team and me had been developing our sustainable energy solution for almost four months.

The challenge encouraged students to address real-world issues through innovative thinking and practical implementation. Each team developed prototypes for various sustainability challenge, including waste reduction, energy efficiency, and community health improvement projects. The level of creativity and technical sophistication was truly impressive, and we learned valuable lessons about entrepreneurship and social innovation.

Our project focused on designing a solar-powered water purification system that could provide clean drinking water for rural communities with limited access to electricity. We had conducted extensive research and prototype testing over many months, and we was confident that our design could make a meaningful difference in addressing global water accessibility challenges.

The judging panel included environmental engineers, social entrepreneurs, and sustainability experts who evaluated projects based on innovation, feasibility, and potential social impact. Students presented there concepts with passion and demonstrated deep understanding of there chosen problem areas and proposed solutions.

The Innovation Challenge helped us recognize the importance of applying technical knowledge to solve real-world problem and strengthened our commitment to using our education for positive social change.

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Section E: Synthesis (10 marks)

31. Rachel studied advanced programming languages intensively during her free time. She hoped to qualify for the international coding olympiad. Use: so that

32. The 3D printer malfunctioned during the final prototype development. The engineering team had to redesign their project using traditional manufacturing methods. Use: As a result of

33. "I will explain the theoretical principles behind this quantum physics demonstration," announced the visiting scientist. Begin with: The visiting scientist announced

34. The robotics demonstration was extraordinarily sophisticated. The technology investors immediately offered funding opportunities. Begin with: Such was

35. She might encounter unexpected programming errors. She developed comprehensive debugging strategies for her software project. Use: in case

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Section F: Comprehension Cloze (10 marks)

The Future of Space Exploration

Space exploration represents one of humanity's greatest technological and scientific achievements, pushing the boundaries of knowledge and inspiring generations of scientists, engineers, and dreamers to imagine possibilities beyond our planetary (36) __________.

Recent advances in rocket technology, satellite systems, and space station operations have made space more accessible whilst reducing costs and risks associated with space missions. Private companies are now collaborating with government agencies to develop innovative approaches to space (37) __________.

However, space exploration also presents significant challenges including environmental impact, international cooperation requirements, and ethical considerations about planetary protection and space resource utilisation. These complex issues require careful planning and global (38) __________.

Many space scientists emphasise that exploration should serve broader human benefits including scientific discovery, technological innovation, and inspiration for future generations. The most successful space programmes combine cutting-edge technology with clear scientific objectives and educational (39) __________.

The International Space Station has demonstrated the potential for peaceful international collaboration in space whilst providing unprecedented opportunities for scientific research in microgravity environments. Astronauts from multiple countries work together on experiments that benefit all of (40) __________.

Preparing for future space missions requires developing both advanced technologies and human capabilities for long-duration space travel. While robotic systems can perform many tasks autonomously, human creativity, adaptability, and problem-solving skills remain essential for complex space (41) __________.

The role of space agencies is evolving to include partnerships with private companies, international organisations, and educational institutions. This collaborative approach enables more ambitious missions whilst sharing costs and (42) __________.

Space missions must also address concerns about space debris, orbital congestion, and sustainable use of space resources. Protecting the space environment whilst maximising scientific benefits requires international agreements and responsible (43) __________.

The future of space exploration will likely involve sustained human presence on multiple worlds, asteroid mining, and eventually interstellar missions that expand human civilization beyond our solar system. Success in these endeavours will require technological breakthroughs, international cooperation, and sustained public (44) __________.

Success in this cosmic frontier requires visionary leadership, scientific rigor, and the ability to inspire global cooperation for projects that transcend national boundaries and benefit all humanity. These qualities will guide space exploration regardless of how technology continues to expand our cosmic (45) __________.

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Section G: Comprehension Open-ended (20 marks)

The Coding Bootcamp Experience

Sixteen-year-old Jamie Singh had always been fascinated by computer games and websites but had never understood how they were actually created. When her school announced a summer coding bootcamp for students with no programming experience, Jamie eagerly signed up despite feeling intimidated by the technical subject matter.

The intensive three-week programme was designed to introduce complete beginners to fundamental programming concepts through hands-on projects and collaborative learning. Rather than starting with abstract theory, the instructors used visual programming languages and game development tools that made coding immediately engaging and accessible.

Jamie's initial attempts at writing code were frustrating and error-filled. Simple programmes that should have taken minutes to complete often took hours as she struggled with syntax rules, logical thinking patterns, and debugging techniques that seemed completely foreign to her usual academic approaches.

Ms Patel, the lead instructor, recognised Jamie's struggles and provided additional support through one-on-one mentoring sessions. She helped Jamie understand that programming required a different type of problem-solving mindset that developed gradually through practice and persistence rather than immediate mastery.

The breakthrough moment came when Jamie successfully created her first interactive game—a simple puzzle that responded to user input and displayed animated feedback. Seeing her own code come to life on screen gave her confidence and motivation to tackle increasingly complex programming challenges.

As Jamie's technical skills developed, she discovered that programming involved much more than just writing code. She learned about user experience design, project planning, testing procedures, and collaborative development practices that professional programmers use in real-world projects.

The bootcamp connected Jamie with a supportive community of young programmers through online forums, peer programming sessions, and showcase events where students presented their projects to local technology professionals and potential mentors.

Jamie's newfound programming abilities transformed her academic perspective. She began approaching problems in other subjects with the systematic, logical thinking patterns that coding had taught her, improving her performance in mathematics and science courses.

By the programme's end, Jamie had created a portfolio of interactive projects and decided to pursue advanced computer science courses. More importantly, she had developed problem-solving confidence and technical skills that opened new possibilities for her future academic and career paths.

The coding bootcamp demonstrated how intensive, hands-on learning experiences could quickly transform complete beginners into confident programmers whilst building broader critical thinking and collaborative skills applicable across multiple disciplines.

Questions:

46. What motivated Jamie to join the coding bootcamp? (1 mark)

47. How was the bootcamp structured to help complete beginners? (2 marks)

48. What difficulties did Jamie encounter in her initial coding attempts? (2 marks)

49. How did Ms Patel help Jamie overcome her struggles? (2 marks)

50. What was Jamie's breakthrough moment and why was it significant? (2 marks)

51. What additional skills did Jamie learn beyond basic coding? (2 marks)

52. How did the bootcamp provide Jamie with community connections? (2 marks)

53. How did learning to code impact Jamie's performance in other academic subjects? Support your answer with evidence from the passage. (3 marks)

54. Do you think schools should offer more intensive, hands-on learning programmes like coding bootcamps? Give reasons to support your opinion. (4 marks)

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Section H: Situational Writing (15 marks)

You are the captain of your school's robotics team. Your team wants to organise a robotics workshop for primary school students, but you need approval from the school administration and support from the engineering department.

Write a formal proposal to the principal to:

• Explain the educational value of robotics for younger students
• Outline your plan for conducting age-appropriate robotics activities
• Request necessary support and resources from the school and engineering department
• Describe how the workshop will benefit both younger students and your team members

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Section I: Continuous Writing (15 marks)

Choose ONE:

1. Write a story about a student who overcomes initial difficulties to discover a hidden talent in technology.

2. "Hands-on learning experiences are more effective than traditional classroom instruction for developing practical skills." Discuss this statement with examples from your own educational experience.

3. Describe a school programme that could introduce students to emerging technologies, explaining how it should be designed and implemented.

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P6 English WA1 Answer Key (Version I)

School: TuitionGoWhere Practice Centre
Subject: English Language
Level: Primary 6
Paper: WA1 - Weighted Assessment 1
Total Marks: 110

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Section A: Grammar MCQ (10 marks)

1 mark per question

1. (A) will demonstrate
2. (A) Despite
3. (B) written
4. (D) were
5. (C) had followed
6. (A) the more
7. (B) whether
8. (C) Through
9. (C) will have completed
10. (B) that

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Section B: Vocabulary Cloze (10 marks)

1 mark per correct answer

11. environments / experiences / conditions
12. centres / areas / regions
13. effective / successful / innovative
14. proactive / strategic / committed
15. scaled / refined / developed
16. population / society / community
17. engagement / participation / interaction
18. challenges / requirements / circumstances
19. evolve / advance / progress
20. environments / infrastructure / ecosystems

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Section C: Grammar Cloze (10 marks)

1 mark per correct answer

21. has / represents
22. more than / not just
23. because / as / since
24. an
25. must / should / need to
26. are / become
27. a / an
28. well / effectively
29. different / various / diverse
30. a / an

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Section D: Editing (10 marks)

1 mark per correct identification and correction

Errors and Corrections:

1. it's → its (possessive, not contraction)
2. was → were (subject-verb agreement)
3. there → their (possessive pronoun)
4. me → I (subject pronoun)
5. work → works (plural needed)
6. was → were (subject-verb agreement)
7. there → their (possessive pronoun)
8. helpfull → helpful (spelling)
9. quiet → quite (adverb, not adjective)
10. particulary → particularly (spelling)

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Section E: Synthesis (10 marks)

2 marks per question

31. The robotics team worked diligently on their prototype so that they could win the innovation competition.

32. As a result of the power outage during the presentation, the team had to demonstrate their project manually.

33. The science teacher explained that she would guide students through the proper experimental procedures.

34. Such was the innovation of their solution that investors immediately offered funding opportunities.

35. They prepared backup equipment in case the primary system might malfunction during the demonstration.

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Section F: Comprehension Cloze (10 marks)

1 mark per correct answer

36. development / innovation / progress
37. schools / institutions / organisations
38. approaches / strategies / methods
39. intelligence / capabilities / skills
40. experiences / environments / opportunities
41. replicated / replaced / substituted
42. development / training / improvement
43. evaluation / monitoring / assessment
44. connections / relationships / partnerships
45. practices / standards / expectations

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Section G: Comprehension Open-ended (20 marks)

46. Technology and innovation / robotics and engineering (1 mark)

47. Limited access to advanced technology resources and mentorship in STEM fields (2 marks)

48. Create a community innovation lab that provides access to technology tools and expert mentorship for students (2 marks)

49. They were uncertain about his ability to manage such an ambitious project / they questioned whether the plan was feasible (2 marks)

50. It suggests mastery of innovation and technology / helping students become skilled at creative problem-solving (2 marks)

51. Any two of: hands-on learning approach, expert mentorship, access to professional equipment, collaborative environment, real-world application opportunities (2 marks)

52. Balancing project management with academic responsibilities and handling increased media attention and community expectations (2 marks)

53. Success requires identifying community needs and developing innovative solutions / persistence and collaboration lead to meaningful impact. Evidence: despite challenges, he created lasting change through dedication (3 marks)

54. Accept well-reasoned arguments for either position. Look for clear stance, supporting examples, consideration of benefits/challenges, and personal justification (4 marks)

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Section H: Situational Writing (15 marks)

Assessment Criteria:

• Format (3 marks): Proper proposal/letter format
• Content (8 marks): All required points addressed
• Language (4 marks): Appropriate tone and accuracy

Expected Content:

• Explain importance of technology education access
• Outline innovation lab proposal details
• Request school and community support
• Describe benefits for students and community

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Section I: Continuous Writing (15 marks)

Assessment Criteria:

• Content & Ideas (5 marks): Relevance, creativity, development
• Organisation (4 marks): Structure, paragraphing, flow
• Language (4 marks): Vocabulary, sentence variety, style
• Accuracy (2 marks): Grammar, spelling, punctuation

Marking Guidelines:

• Award higher marks for creative, engaging writing
• Look for clear theme development
• Consider age-appropriate expectations
• Value authentic personal expression

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Total Marks: 110

Grade Boundaries (Suggested):

• A: 85-110 marks (77-100%)
• B: 70-84 marks (64-76%)
• C: 55-69 marks (50-63%)
• D: 44-54 marks (40-49%)
• Below D: Below 44 marks (Below 40%)