The skill being assessed is 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states the effect, evidence provides specific data, and reasoning connects them using force concepts. In this investigation, a swing reached different heights based on push strength, showing a pattern of higher rise with stronger pushes. The correct answer works because it claims stronger force causes bigger motion, provides evidence of 75 cm height, and reasons linking force magnitude to motion extent. Distractors fail by using preferences, just stating data, or misunderstanding no push as strongest. To teach this, explicitly use the three-part structure in responses and model examples with playground equipment. Practice by having students connect force concepts to observations of varying pushes.

This question assesses the skill 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states what happened, evidence provides specific data, and reasoning connects it to force concepts, all working together for a complete answer. In this investigation, a book slid 2 m on smooth, 80 cm on carpet, and 30 cm on rough surfaces, showing a pattern of shorter distances on rougher surfaces. The correct answer works because it includes a claim about farthest sliding on smooth, evidence from the 2 m distance, and reasoning that less friction force allowed longer motion. The distractors fail by missing evidence, introducing irrelevant ideas like niceness, or restating numbers without force reasoning. To teach this, explicitly use the three-part structure in explanations, modeling with examples of sliding on different textures. Practice by having students connect their observations of sliding distances to force concepts through hands-on tests with various surfaces.

This question assesses the skill 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states what happened, evidence provides specific data, and reasoning connects it to force concepts, all working together for a complete answer. In this investigation, a rope stayed centered with equal pulls but moved 40 cm right with harder pull on one side, showing a pattern of motion with unbalanced forces. The correct answer works because it includes a claim about moving 40 cm right, evidence from the movement, and reasoning that unbalanced pulling forces changed motion toward stronger pull. The distractors fail by missing evidence, using irrelevant ideas like friends watching, or misstating balanced forces as causing motion. To teach this, explicitly use the three-part structure in explanations, modeling with examples of rope pulls in games. Practice by having students connect their observations of rope shifts to force concepts through team-based tug activities.

The skill being assessed is 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states the effect, evidence provides specific data, and reasoning connects them using force concepts. In this investigation, a book slid different distances on various surfaces, showing a pattern of farther travel on smoother surfaces. The correct answer works because it claims less friction on smooth surfaces allows farther motion, provides evidence of 2 m distance, and reasons that reduced stopping force affects sliding. Distractors fail by lacking reasoning, introducing irrelevant niceness, just listing data, or incorrectly stating friction strength. To teach this, explicitly use the three-part structure in responses and model examples with sliding objects. Practice by having students connect force concepts to observations on different surfaces.

The skill being assessed is 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states the effect, evidence provides specific data, and reasoning connects them using force concepts. In this investigation, students observed a toy car traveling different distances based on push strength, showing a pattern of increasing distance with stronger pushes. The correct answer works because it includes a claim about stronger force causing more motion, evidence of 180 cm distance, and reasoning linking force strength to motion extent. Distractors fail by either lacking evidence, introducing irrelevant factors like floor color, or not connecting to force concepts. To teach this, explicitly use the three-part structure in responses and model examples with everyday objects. Practice by having students connect force observations to their own experiments.

The skill being assessed is 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states the effect, evidence provides specific data, and reasoning connects them using force concepts. In this investigation, a ball was observed rolling 5 m before slowing and stopping, demonstrating a pattern of deceleration due to an opposing force. The correct answer works because it claims friction as the cause, provides evidence of slowing after 5 m, and reasons that unbalanced force from friction stops motion. Distractors fail by missing evidence, using incorrect reasoning like tiredness, or just restating data without explanation. To teach this, explicitly use the three-part structure in responses and model examples with rolling objects. Practice by having students connect force concepts to observations of stopping motion.

This question assesses the skill 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states what happened, evidence provides specific data, and reasoning connects it to force concepts, all working together for a complete answer. In this investigation, a tug-of-war rope stayed in the middle with equal pulls but moved 60 cm left with unequal pulls, showing a pattern of motion change with unbalanced forces. The correct answer works because it includes a claim about the rope moving 60 cm left, evidence from the movement, and reasoning that unbalanced forces from harder pulling changed motion toward the stronger side. The distractors fail by missing evidence, using wrong reasoning like loudness or incorrect force ideas, or restating observations without proper connection. To teach this, explicitly use the three-part structure in explanations, modeling with examples of balanced and unbalanced tugs. Practice by having students connect their observations of rope motion to force concepts through group activities simulating pulls.

This question assesses the skill 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states what happened, evidence provides specific data, and reasoning connects it to force concepts, all working together for a complete answer. In this investigation, a light box moved 120 cm gently, but a heavy box needed strong push for 120 cm, showing a pattern that heavier objects require more force for same motion. The correct answer works because it includes a claim about heavy box needing stronger push, evidence from the 120 cm distance, and reasoning that more force changes motion for heavier objects. The distractors fail by missing evidence, using personification like meanness, or reversing cause and effect without force connection. To teach this, explicitly use the three-part structure in explanations, modeling with examples of pushing light and heavy items. Practice by having students connect their observations of required pushes to force concepts through experiments with varying masses.

The skill being assessed is 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states the effect, evidence provides specific data, and reasoning connects them using force concepts. In this investigation, a wagon's motion varied with push directions and strengths, showing patterns of speed based on force balance. The correct answer works because it claims balanced forces keep still and unbalanced cause motion, provides evidence of still versus fast outcomes, and reasons using force direction and balance. Distractors fail by introducing irrelevant color, just describing results, or misunderstanding unbalanced forces. To teach this, explicitly use the three-part structure in responses and model examples with pushed objects. Practice by having students connect force concepts to observations of multiple forces.

The skill being assessed is 3-PS2-1: Use evidence to explain force effects. A strong explanation uses a Claim + Evidence + Reasoning structure, where the claim states the effect, evidence provides specific data, and reasoning connects them using force concepts. In this investigation, boxes of different masses required varying push strengths to move, showing a pattern related to mass and force needed. The correct answer works because it claims heavier objects need bigger forces, provides evidence of gentle versus strong pushes, and reasons linking mass to motion initiation. Distractors fail by introducing irrelevant distance, being tautological, or just restating data without reasoning. To teach this, explicitly use the three-part structure in responses and model examples with objects of different weights. Practice by having students connect force concepts to observations of mass effects.