This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating requires identifying specific types of evidence - budget numbers are concrete financial data showing costs, percentages, or monetary comparisons, distinct from attendance data, examples, or unsupported predictions. The correct answer D demonstrates the standard because the claim about saving less money is supported by specific budget numbers: "arts supplies are $1,200 for the year, which is less than 1% of the total activity budget" - these are concrete financial figures with a calculated percentage. The distractors fail because A uses attendance data (not budget numbers), B uses examples of students (not financial data), and C is explicitly unsupported with no explanation of what "real school" means. This error reveals students may not distinguish between different types of numerical evidence, may not recognize budget/financial data as a specific evidence category, or may confuse any numbers with budget-specific numbers. To teach evidence types, create clear categories: Budget/Financial (dollars, costs, percentages of spending), Statistics (survey results, attendance rates), Examples (specific instances), Expert Opinion (quoted authorities); practice sorting evidence from speeches; emphasize that budget numbers specifically relate to money/costs/spending, making them ideal support for claims about financial impact or savings.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating means identifying the main argument, specific claims, and evaluating support - logical reasoning is a type of support that explains cause-and-effect relationships, distinct from statistics (numbers/data) or anecdotes (single stories). The correct answer B demonstrates the standard because Jordan's claim "A cap would still allow practice" is supported by logical reasoning: "focused practice is more effective than long, tired work because tired students make more mistakes and learn less" - this is a clear cause-and-effect explanation rather than data or a story. The distractors fail because A is supported by expert recommendation (AAP citation), C has no support at all (explicitly stated as unsupported), and D is supported by an anecdote (story about cousin). This error reveals students may not recognize different types of evidence, may confuse logical reasoning with other support types, or may not understand that explaining why something would work counts as reasoning-based support. To teach evidence types, create categories: Statistics (numbers/percentages with sources), Expert Opinion (credentials + statements), Examples (specific instances showing patterns), Logical Reasoning (if A then B because explanations), Research (studies/surveys cited); practice sorting evidence from speeches into these categories; highlight how logical reasoning connects ideas with "because" statements explaining cause-and-effect, distinguishing it from mere assertions or data-based claims.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating means describing the argument structure clearly by identifying the main argument (speaker's overall position), specific claims (statements supporting that position), and evaluating how claims are supported - supported claims have reasons (logical explanations) and/or evidence (facts, statistics, expert opinions, research findings, examples showing patterns), while unsupported claims are bare assertions, opinions stated as facts, emotional appeals, vague generalizations, single anecdotes, or circular reasoning lacking factual backing. The correct answer C demonstrates the standard because it identifies Maya's claim "Everyone will be happier immediately" as unsupported - the stimulus explicitly states Maya "does not give any facts, examples, or expert statements—she just says it's obvious," making this a bare assertion without evidence. The distractors fail because they identify claims that actually have support: A has observational data (counted students and conversations), B has expert opinion (school counselor quote), and D has logical reasoning (explaining the trial process). This error reveals students may not understand what qualifies as evidence versus mere assertion, may accept statements at face value without checking for backing, or may confuse having an opinion with supporting that opinion. To teach this skill, use a graphic organizer with Main Argument at top, specific claims branching below, and evidence listed under each claim; teach what counts as evidence (facts/statistics/data, expert opinions with credentials, research findings, specific examples showing patterns, logical reasoning) versus NOT evidence (bare assertions, opinions as facts, emotional appeals, vague language, single anecdotes); practice with transcripts where students highlight evidence and circle unsupported claims, focusing on the analytical skill of evaluating whether claims are backed by reasons/evidence or are mere assertions.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating means describing the argument structure clearly by identifying the main argument (speaker's overall position), specific claims (statements supporting that position), and evaluating support - supported claims have reasons and/or evidence while unsupported claims lack factual backing. The correct answer B accurately states the assistant principal's main argument/thesis as given in the stimulus: "Our school should add classroom recycling bins and a weekly pickup," which is the overall position the speaker is advocating, not just one supporting claim. The distractors fail because they confuse specific supporting claims with the main argument (A is claim 1 about trash reduction), misidentify topics not actually argued (C about city charges is never mentioned), or introduce positions not taken (D about punishment is never suggested). This error reveals students may not understand the difference between a main argument and supporting claims, may confuse the topic being discussed with the speaker's position on it, or may insert ideas not actually present in the speech. To teach delineating arguments, ask "What is the speaker trying to convince us of?" for the main argument, then "What specific points support this?" for claims; use graphic organizers showing hierarchy; practice identifying main arguments versus supporting claims in speeches/articles, teaching students to distinguish the overarching thesis from the specific points made to support it.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating involves identifying claims and evaluating their support - unsupported claims make broad promises or assertions without evidence, while supported claims have backing like research, data, or logical explanations. The correct answer C identifies the weakest supported claim: "No one likes early mornings, so this will definitely raise grades for everyone" - this makes a sweeping promise ("definitely raise grades for everyone") without any data about grades or explanation of the connection, as the stimulus confirms "does not provide data about grades or explain why it would help every student." The distractors fail because they identify claims with actual support: A has research from Dr. Kim's study, B has logical explanation about bus routes, and D has a specific statistic (3% attendance increase). This error reveals students may not recognize overgeneralization as lack of support, may accept broad promises without evidence, or may not understand that definitive claims require strong evidence. To teach this skill, contrast supported versus unsupported claims side-by-side; teach red flags for unsupported claims ("everyone," "definitely," "always" without data); practice identifying when speakers make promises beyond their evidence; use highlighters to mark evidence in transcripts and circle unsupported claims, discussing why broad assertions need corresponding broad evidence.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating involves recognizing sweeping generalizations - broad statements about entire groups without data or examples to back them up, versus specific claims with evidence or logical reasoning. The correct answer C identifies "Kids today never go outside anymore" as a sweeping generalization because the stimulus confirms "The coach gives no statistics or examples—just a sweeping statement" - using "never" about all kids without any data makes this an unsupported overgeneralization. The distractors fail because they identify claims with actual support: A cites a children's hospital newsletter, B provides logical reasoning about time limits, and D explains the flexible implementation. This error reveals students may not recognize absolute language ("never," "all," "every") as requiring evidence, may accept broad statements about groups without proof, or may not understand that claims about entire populations need data. To teach this skill, identify generalization red flags: "all," "never," "every," "kids today," "everyone" without supporting data; contrast "Many students [with data]" versus "Kids today never [no data]"; practice rewriting generalizations to be accurate: "Some students spend less time outside" with evidence versus "Kids never go outside" without proof; emphasize that the broader the claim about a group, the more evidence needed.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating involves evaluating support quality - the strongest support provides clear, practical reasoning that explains how something would work, while weaker support makes unsupported assertions, gives vague references, or states opinions without backing. The correct answer B has the strongest support because Priya explains a clear, practical reason: "She explains the rule could require hats off during ID checks and that teachers can still see students' faces" - this addresses the safety concern with specific, workable solutions. The distractors have weaker support: A gives reasoning but less concrete than B's specific implementation details, C is explicitly unsupported ("no survey or quotes from teachers"), and D mentions "lots of schools nearby" but provides no specific names or numbers. This error reveals students may not recognize that practical explanations addressing concerns constitute strong support, may not evaluate relative strength of different evidence types, or may not understand that specific implementation details strengthen arguments. To teach evaluating support quality, rank evidence from strongest to weakest: specific data/examples with details, clear explanations addressing concerns, general reasoning, vague references ("lots of schools"), bare assertions; practice comparing two claims and deciding which has better support based on specificity, relevance, and completeness; emphasize that explaining exactly how something would work provides particularly strong support for policy arguments.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating means describing or outlining the argument structure clearly by identifying the main argument (the speaker's overall position or thesis), specific claims (particular statements supporting that position), and determining how claims are supported (or not); research/survey evidence specifically refers to data collected through systematic inquiry, polls, or studies that provide empirical support for claims, as opposed to personal opinions, logical reasoning alone, or unsupported assertions. The correct answer C demonstrates the standard because it accurately identifies the claim supported by research/survey evidence - Elena cites a student government poll of 300 students where 110 said they would choose a vegetarian main dish at least once a week, which is concrete survey data showing actual student preferences and demand. The distractors fail because A and D are explicitly labeled as unsupported claims (no taste test evidence for "always tastier"; no support for "students will stop trusting"), while B identifies a claim supported by logical reasoning about existing systems rather than research/survey evidence. This error reveals that students may not distinguish between different types of support, possibly thinking any supported claim has "research evidence" or not recognizing that surveys and polls constitute a specific type of empirical evidence different from logical reasoning. To teach this skill, explicitly define research/survey evidence: data collected by asking groups of people questions (polls, surveys) or systematic studies that gather information; teach students to look for key phrases like "poll of X students," "survey showed," "study found," or specific numbers from data collection. Create categories of evidence types with examples: Research/Survey ("poll of 300 students: 110 said..."), Logical Reasoning ("cafeteria already serves two choices, so..."), Expert Opinion ("nutritionist says..."), and Unsupported ("always tastier"); practice sorting claims by evidence type using color coding or graphic organizers; emphasize that research/survey evidence provides empirical data about what groups actually think or do, making it particularly strong support for claims about preferences or behaviors.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating includes identifying types of support; logical reasoning means cause-and-effect explanations showing how one thing leads to another, while other evidence types include statistics, expert opinions, or examples. Answer B correctly identifies logical reasoning because it presents a clear cause-and-effect chain: sitting for long periods → students get restless → short break allows movement → students return calmer and ready to learn, showing how each step logically leads to the next. The distractors fail because A is statistical evidence (specific visit counts), C is an unsupported prediction without reasoning, and D is an unsupported comparison without evidence. This error reveals students may confuse statistical data with logical reasoning, not recognize cause-effect chains as a form of support, or think any prediction constitutes logical reasoning even without explaining the connection. To teach this skill, teach the structure of logical reasoning: "If A happens, then B results because..."; model cause-effect chains using arrows (long sitting → restlessness → break for movement → calmer return → better learning readiness); contrast logical reasoning with other evidence types using a chart: Statistics (numbers/counts), Expert Opinion (authority quotes), Examples (specific instances), Logical Reasoning (if-then-because explanations); practice identifying reasoning by looking for connection words ("after," "because," "leads to," "results in"); have students create their own cause-effect chains for classroom situations and explain each link. Focus on recognizing that logical reasoning explains HOW something works through connected steps, not just stating THAT it works.

This question assesses CCSS.SL.6.3: Delineate a speaker's argument and specific claims, distinguishing claims that are supported by reasons and evidence from claims that are not. Delineating means describing the argument structure clearly by identifying the main argument (speaker's overall position), specific claims (statements supporting that position), and how claims are supported; supported claims have reasons (logical explanations) and/or evidence (facts, statistics, expert opinions, research findings, examples showing patterns), while unsupported claims are bare assertions, opinions stated as facts, emotional appeals, or vague generalizations lacking factual backing. Answer B correctly identifies the best-supported claim because Maya provides statistical evidence from a 120-student survey with specific percentages (78 students/65% mostly look at screens; 70 of those would talk more without phones), which constitutes concrete data backing her claim that phone-free lunch helps students talk more. The distractors fail because A and D are unsupported claims (no evidence provided for other schools' policies or fairness being the only consideration), while C is explicitly labeled as unsupported in the passage ("guaranteed" happiness with no data). This error reveals students may not recognize that numerical survey data constitutes strong evidence, may confuse emotional appeals or absolute statements with supported claims, or may not distinguish between claims that sound reasonable and claims actually backed by evidence. To teach this skill, use a graphic organizer with Main Argument at top, specific claims branching below, and evidence listed under each claim; teach what counts as evidence (facts/statistics/data, expert opinions with credentials, research findings, specific examples showing patterns, logical reasoning) versus non-evidence (bare assertions, opinions as facts, emotional appeals, vague language, single anecdotes); practice with highlighters having students mark evidence in transcripts and circle unsupported claims, then discuss why survey data with specific numbers provides stronger support than emotional guarantees or unsupported generalizations. Focus on the analytical skill of evaluating whether claims are backed by reasons/evidence or mere assertions, not whether students agree with the claims.