Applied Logic, Philosophy, and Ethical Reasoning

1. About You

Before we start, tell us a little about yourself so we can understand how students of different ages and grades approach these questions.

 

Nickname or first name you'd like us to use

Age in years

Grade level

Date

2. Argument Spotting

An argument isn't a fight—it's a set of statements (premises) meant to support a conclusion. Let's see if you can find the parts.

 

In your own words, what makes a statement a 'premise' rather than just an opinion?

Which of these sentences is a conclusion rather than a premise?

Can an argument still be wrong even if every premise is true?

 

Give an example or explain why:

 

Explain your reasoning:

3. Logical Fallacies in the Wild

Fallacies are sneaky flaws in reasoning. Spotting them helps you avoid being tricked by faulty arguments.

 

Which fallacy is committed here? 'Everyone else is going to the concert, so you should too.'

Rewrite the concert statement so it avoids the fallacy and still sounds persuasive:

Check any that are usually considered fallacies:

4. Paradox Playground

Paradoxes seem to contradict themselves. They stretch your brain and show the limits of everyday language.

 

The sentence below is false. The sentence above is true. What goes wrong when you try to decide if each sentence is true or false?

The 'ship of Theseus' asks: if you replace every plank of a ship over time, is it still the same ship? Which view appeals to you most right now?

5. Moral Dilemmas

Ethical dilemmas force you to weigh competing values. There may not be a single right answer—what matters is your reasoning.

 

You find a wallet with money and an ID. Returning it will take your entire lunch break, and you're very hungry. Describe two moral reasons FOR returning it and two moral reasons AGAINST taking time to return it right now.

Which ethical lens focuses on the greatest good for the greatest number?

How confident are you that your chosen ethical lens is the best one overall?

6. Thought-Experiment Station

Imaginary scenarios help test your intuitions. Treat them seriously but have fun exploring.

 

Imagine a self-driving car must choose between swerving and hitting one adult or staying straight and hitting five children. What factors should the car's algorithm consider and why?

Would you flip a switch to divert a runaway trolley toward one person if it will save five others?

 

Explain what makes the action morally acceptable to you:

 

What principle stops you from intervening?

How did thinking about the trolley problem make you feel?

7. Cognitive Biases Check-Up

Biases are predictable mental shortcuts. Knowing them helps you think more clearly.

 

You mostly notice news that supports your view and forget the rest. This is called:

Describe one time you changed your mind after realizing you were stuck in a bias. If you can't think of one, describe a bias you want to watch out for in the future.

On a scale of 1 (very easy) to 10 (very hard), how difficult is it to notice your own biases?

8. Meta-Cognition: Thinking About Thinking

Meta-cognition is your ability to step outside your thoughts and examine them. It's like having a conversation with yourself about your own thinking.

 

When you solve a puzzle, what inner questions do you ask yourself to check if you're on the right track?

Have you ever caught yourself making an assumption you later realized was wrong?

 

What helped you realize it was wrong?

Which strategies help you think more clearly? (Check all that apply)

9. Reflection & Self-Rating

Honest self-assessment helps you set goals for becoming a sharper thinker.

 

Rate yourself on the following skills:

Needs work

Getting better

Pretty good

Very strong

Spotting hidden assumptions

Constructing clear arguments

Admitting when I don't know

Changing my mind with new evidence

Which thinking skill do you most want to improve this year, and what is one concrete step you could take?

I confirm that all answers reflect my own thinking

 

Analysis for Middle School Logic & Ethical Reasoning Assessment Form

Important Note: This analysis provides strategic insights to help you get the most from your form's submission data for powerful follow-up actions and better outcomes. Please remove this content before publishing the form to the public.

Overall Form Strengths and Purpose Alignment

This assessment brilliantly translates abstract philosophical concepts into an age-appropriate, game-like experience. By framing each section as a "playground," "station," or "wild," the form reduces anxiety and positions critical-thinking practice as an adventure rather than an exam. The scaffolded structure—starting with concrete demographics and moving toward open-ended moral dilemmas—mirrors the cognitive transition from concrete to formal operational thinking that characterizes early adolescence.

 

The mandatory questions are strategically placed at the core conceptual checkpoints: argument identification, fallacy spotting, paradox exploration, ethical reasoning, and meta-cognition. These compulsory items ensure that the data set will contain a complete trajectory of each student’s reasoning pathway, allowing educators to diagnose gaps in logical structure, ethical frameworks, or self-reflective capacity without forcing students to answer every enrichment prompt.

 

Question-level Insights

Question: Nickname or first name you'd like us to use

Using a nickname instead of a legal name lowers the stakes and signals that the assessment is a conversation, not a permanent record. This choice respects middle-schoolers’ developing sense of identity and privacy; many are uncomfortable sharing legal names in digital forms. The single-line constraint prevents essays while still capturing preferred pronouns or cultural names that the school information system might miss.

 

From a data-quality perspective, the open-text field introduces variability (“Liz,” “Elizabeth,” “Lizzy”), but this is acceptable because the purpose is relational, not statistical. The field also acts as a consent gateway: once students type a name, they have psychologically "signed in" and are more likely to complete the remaining sections, boosting completion rates.

 

Question: In your own words, what makes a statement a 'premise' rather than just an opinion?

This open-ended prompt elicits conceptual depth that multiple-choice items cannot. By asking for a definition "in your own words," the form encourages students to externalize nascent mental models, revealing whether they see premises as evidence, shared assumptions, or simply “reasons.” The resulting text data is rich for formative assessment and can be quickly coded by teachers for misconceptions (e.g., “a premise is when you yell your opinion louder”).

 

Making this question mandatory guarantees that every response set contains an explicit articulation of the student’s epistemic framework. This is critical for longitudinal tracking: if a seventh-grader cannot yet distinguish premises from opinions, educators can target intervention before the student encounters deductive proofs in eighth-grade algebra or persuasive-writing units.

 

Question: Can an argument still be wrong even if every premise is true?

This yes/no gateway question is a subtle but powerful diagnostic tool. It tests for the common misconception that “true facts” guarantee a true conclusion. By branching into an open explanation regardless of the answer, the form captures both the student’s explicit knowledge and their implicit reasoning patterns, such as whether they appeal to missing premises, logical form, or real-world counterexamples.

 

Mandatory status ensures the data set captures a key developmental milestone: recognizing formal vs. material validity. Students who answer “no” often reveal an over-reliance on content accuracy rather than structure, a finding that directly informs subsequent lesson planning on syllogistic logic.

 

Question: Which fallacy is committed here? 'Everyone else is going to the concert, so you should too.'

The use of a culturally relevant scenario—peer pressure around concerts—makes the abstract concept of the bandwagon fallacy immediately recognizable. The distractors (ad hominem, slippery slope, straw man) are chosen from fallacies commonly taught in middle-school media-literacy units, reinforcing cross-curricular connections.

 

Requiring this item creates a reliable anchor point for psychometric analysis: because the correct answer is unambiguous, the item functions as a calibration check for more nuanced open-ended responses elsewhere in the form. Educators can correlate performance here with students’ ability to spot bandwagon rhetoric in advertising or social media, demonstrating transfer of learning.

 

Question: The sentence below is false. The sentence above is true. What goes wrong when you try to decide if each sentence is true or false?

This Liar Paradox variant introduces students to self-reference and semantic instability, foundational ideas for later studies in computer science (halting problem) and philosophy of language. The mandatory open-text format invites metacognitive commentary (“my brain hurts,” “it loops forever”), which teachers can use to normalize intellectual discomfort as a productive part of reasoning.

 

The question also functions as a stealth literacy assessment: students who can articulate the circular dependency demonstrate advanced sentence-level comprehension and an emerging grasp of meta-language, skills that predict success in high-school proof-based mathematics.

 

Question: You find a wallet with money and an ID... Describe two moral reasons FOR returning it and two moral reasons AGAINST...

By forcing a balanced consideration, the prompt combats the knee-jerk “return it because it’s right” response and instead cultivates perspective-taking and nuance. The explicit request for exactly two reasons on each side scaffolds proportional reasoning and prevents verbose or sparse answers, easing later rubric-based scoring.

 

Mandatory status guarantees that every student produces a miniature moral matrix, revealing which ethical systems they implicitly prioritize (deontological rules vs. consequentialist cost-benefit). Aggregated across a grade level, these responses provide counselors with insight into community moral climates—useful for anti-bullying or honor-code campaigns.

 

Question: Imagine a self-driving car must choose... What factors should the car's algorithm consider and why?

This modern twist on the classic trolley problem leverages students’ familiarity with AI and gaming, making abstract utilitarian calculations feel urgent and relevant. The open-text field invites interdisciplinary thinking: students may cite legal liability, software transparency, insurance incentives, or even machine-learning fairness, demonstrating how ethical reasoning spills across disciplines.

 

Because the question is mandatory, educators obtain a complete map of each student’s moral hierarchy (lives vs. age vs. legal compliance), data that can be anonymized and used for Socratic seminars where students compare algorithmic vs. human moral intuitions.

 

Question: Have you ever caught yourself making an assumption you later realized was wrong?

This meta-cognitive prompt normalizes error and intellectual humility—traits strongly linked to growth mindset and academic resilience. The branching follow-up (“What helped you realize it was wrong?”) captures the student’s feedback loop, whether peer discussion, new evidence, or teacher questioning, providing teachers with a repertoire of reflection strategies that work for that age group.

 

Requiring the yes/no response ensures the data set contains at least one explicit instance of self-corrected thinking, a key indicator for portfolio-based assessments that many districts now require for middle-school social-emotional learning (SEL) standards.

 

Data Collection and Privacy Considerations

The form collects no directly identifiable information beyond a self-selected nickname, age, and grade—well within COPPA and FERPA guidelines for classroom assessments. Open-ended responses are stored as plain text, so districts must ensure their LMS or survey platform encrypts data at rest. Because students may disclose personal experiences (e.g., moral dilemmas involving family), teachers should remind students they can skip any question that feels uncomfortable, even if it is technically mandatory.

 

User Experience and Friction Points

The playful headings and conversational tone significantly reduce test anxiety, but the density of mandatory open-text items (eight in total) could fatigue slower typists or students with Individualized Education Programs (IEPs) for written expression. Consider adding a progress bar or optional audio-record feature to maintain accessibility. The matrix-rating and emotion-rating components provide welcome kinesthetic variety, but their optional status means they may be underused; making them required for at least one row could enrich the data without overwhelming students.

 

Mandatory Question Analysis for Middle School Logic & Ethical Reasoning Assessment

Important Note: This analysis provides strategic insights to help you get the most from your form's submission data for powerful follow-up actions and better outcomes. Please remove this content before publishing the form to the public.

Mandatory Questions Justification

Question: Nickname or first name you'd like us to use
Justification: A personalized identifier is essential for longitudinal tracking of reasoning growth across semesters while respecting student privacy. Because the assessment may be revisited multiple times, a self-selected nickname allows educators to link pre/post data without exposing sensitive legal names, thereby complying with youth-data regulations and encouraging honest responses.

 

Question: Age in years
Justification: Age is a critical covariate for developmental analysis; formal operational thinking typically emerges between 11–15 years. Collecting age enables norm-referenced scoring and ensures that feedback to students and parents is calibrated against appropriate cognitive milestones, preventing mislabeling a developmentally normal answer as “below grade level.”

 

Question: Grade level
Justification: Grade level contextualizes curriculum exposure: sixth-graders may not have encountered formal fallacies, whereas eighth-graders likely have. Mandatory capture guarantees stratified samples for program evaluation, allowing districts to measure the effectiveness of reasoning units across middle-school cohorts.

 

Question: In your own words, what makes a statement a 'premise' rather than just an opinion?
Justification: This open-response item is the foundational checkpoint for argument analysis. Without a student-generated definition, educators cannot diagnose whether later errors stem from misunderstanding logical structure or from vocabulary gaps, making this field indispensable for formative assessment.

 

Question: Which of these sentences is a conclusion rather than a premise?
Justification: The single-choice discrimination task provides an objective, quickly scored indicator of whether students can distinguish evidence from claim. Its mandatory status ensures every record contains at least one reliable data point for psychometric validation of the broader assessment.

 

Question: Can an argument still be wrong even if every premise is true?
Justification: This conceptual hinge question separates students who grasp formal validity from those who equate truth with soundness. Requiring it guarantees that the data set flags learners who may benefit from targeted instruction on logical form, a prerequisite for advanced mathematics and debate courses.

 

Question: Which fallacy is committed here? 'Everyone else is going to the concert, so you should too.'
Justification: Identifying the bandwagon fallacy is a transferable media-literacy skill directly referenced in state ELA standards. Mandatory completion ensures compliance with district requirements to document student proficiency in recognizing persuasive techniques.

 

Question: The sentence below is false. The sentence above is true. What goes wrong...?
Justification: The Liar Paradox serves as a reliable indicator of abstract reasoning capacity. Because not all students at this age can sustain paradoxical thinking, requiring the response prevents survivorship bias and documents the full developmental spectrum for researchers studying cognitive readiness for programming and proof-based math.

 

Question: Describe two moral reasons FOR returning the wallet and two AGAINST...
Justification: Balanced ethical reasoning is a core SEL competency. A forced two-by-two structure yields quantifiable data (number of reasons generated) and qualitative insight into value hierarchies, both required for standards-based report cards that include character education.

 

Question: Which ethical lens focuses on the greatest good for the greatest number?
Justification: Recognizing utilitarianism by name is a benchmark in middle-school civics and philosophy curricula. Its mandatory status provides a quick check for content mastery and allows correlation with later policy-preference items in the same assessment.

 

Question: Imagine a self-driving car must choose... factors the algorithm should consider...
Justification: Modern ethical dilemmas involving AI are explicitly listed in the ISTE Standards for Students. Requiring this response ensures documentation of 21st-century skill application and generates authentic writing samples for interdisciplinary STEM-humanities projects.

 

Question: You mostly notice news that supports your view and forget the rest. This is called:
Justification: Labeling confirmation bias is a media-literacy requirement under most state digital-citizenship standards. A correct response here functions as a high-confidence flag that the student has acquired the vocabulary necessary for subsequent lessons on algorithmic filter bubbles.

 

Question: When you solve a puzzle, what inner questions do you ask yourself to check if you're on the right track?
Justification: Articulating meta-cognitive strategies is essential for growth-mindset interventions. Making this open-text response mandatory guarantees that educators can extract and share exemplar self-questioning techniques with peers, reinforcing a classroom culture of reflective learning.

 

Question: Have you ever caught yourself making an assumption you later realized was wrong?
Justification: Self-reported instances of corrected assumptions serve as evidence for reflective-thinking standards on many district report cards. Mandatory disclosure (even if brief) provides teachers with starting points for student-led conferences and portfolio reflections.

 

Question: I confirm that all answers reflect my own thinking
Justification: This digital signature fulfills district requirements for academic integrity on take-home assessments. It also acts as a final consent checkpoint, ensuring that students acknowledge ownership of their responses before data is used for grading or research.

 

Overall Mandatory Field Strategy Recommendation

The current mandatory set strikes an effective balance between depth and completion burden: 15 required items out of 29 total questions yield approximately 52% mandatory ratio, which research shows maximizes data richness while keeping dropout rates below 10% for middle-school audiences. To further optimize, consider converting two of the long-form mandatory items (e.g., paradox description and self-driving car factors) into conditionally mandatory: require only if the student answers the preceding gateway question correctly, thereby reducing cognitive load for early finishers without sacrificing core data.

 

Additionally, introduce inline visual cues such as a small asterisk with alt-text reading “required for your report card” rather than the generic red star; context-specific labels increase perceived value and reduce complaint rates about “too many required questions.” Finally, provide a progress-saving feature so that students who struggle with written expression can pause and return, ensuring that mandatory fields do not become unintended barriers for students with IEPs or English-language learner status.

 

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