Why Does Metal Feel Colder Than Wood — Reading Comprehension
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3
4
5
Standards
NGSS 4-PS3-2
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This learning resource is available in interactive and printable formats. The interactive worksheet can be played online and assigned to students. The Printable PDF version can be downloaded and printed for completion by hand.
This engaging 250-word reading passage helps fourth-grade students understand an important physical science concept: why metal feels colder than wood even when both materials are at the same temperature. Aligned with NGSS standard 4-PS3-2 and disciplinary core ideas PS3.A and PS3.B, the passage explains thermal conductors and insulators in age-appropriate language. Students learn that metal is a good thermal conductor that quickly pulls thermal energy away from warm skin, while wood is a poor conductor (good insulator) that pulls heat slowly. This passage corrects the common misconception that metal is actually colder than wood. The content includes real-world examples, bold key vocabulary terms with immediate definitions, and concrete analogies that fourth graders can relate to. Audio-integrated features support diverse learners. Supplementary activities include comprehension questions, writing prompts, and graphic organizers that reinforce understanding of heat transfer and material properties. Perfect for introducing energy transfer concepts in elementary physical science units.
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When you touch a metal spoon and a wooden spoon that have been sitting in the same room, the metal spoon feels much colder. But here is a surprising fact: both spoons are actually the same temperature! Understanding why they feel different helps us learn how heat moves between objects.
The difference you feel is caused by how quickly each material moves thermal energy—the energy that makes things feel hot or cold. Your hand is warmer than the spoons, so thermal energy moves from your hand into the spoons. Metal is a thermal conductor, which means it moves thermal energy very quickly. When you touch metal, it pulls heat away from your skin fast, making your hand feel cold.
Wood behaves differently. It is a poor conductor, also called an insulator. An insulator moves thermal energy very slowly. When you touch wood, it pulls heat away from your hand so slowly that your hand stays warm. Think of it like a sponge: metal is like a dry sponge that soaks up water quickly, while wood is like a damp sponge that absorbs water slowly.
This is why metal doorknobs feel cold in winter and hot in summer, while wooden doors feel comfortable year-round. Both materials match the room's temperature, but metal conducts heat to or from your hand much faster than wood does.
What are metal and wood at same temperature?
In different roomsIn the same roomIn the freezerIn the sun
What is thermal energy?
Energy that makes lightEnergy that makes soundEnergy that makes things hot or coldEnergy that makes things move
What does a thermal conductor do?
Moves heat very quicklyMoves heat very slowlyStops all heatMakes heat disappear
Why does metal feel cold to touch?
Metal is always colder than other thingsMetal pulls heat from your hand quicklyMetal does not conduct heatMetal is wet
What kind of material is wood?
A good thermal conductorAn insulatorA metalA liquid
Why do wooden doors feel comfortable year-round?
Wood is always coldWood moves heat very slowlyWood is warmer than metalWood never changes temperature
Metal and wood in same room are different temperatures.
TrueFalse
Which word means moves heat energy slowly?
ConductorInsulatorTemperatureThermal
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