Sonic goes jumping

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magnets

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S Azeris

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Sonic goes jumping


Sonic goes jumpingVersión en línea magnets por S Azeris 1 In Magnets...is Attraction when two magnets stick together? Yes No 2 In Magnets...is Repulsion when two magnets don't stick together? Yes No 3 Mario tries to pick up a steel paperclip with a magnet. Will it stick? (Hint: Steel is a ferrous metal, which means it contains iron.) Yes No 4 Sonic holds a magnet up to a wooden fence. Will the magnet pull the wood? (Hint: Wood is an insulator, a material that blocks the flow of electricity and magnetism.) Yes No 5 Tyler uses a magnet on a plastic toy. Will there be a magnetic pull? (Hint: Plastic is non-metallic, meaning it lacks the properties needed to react to magnets.) Yes No 6 Snowi finds a nickel coin. Is this coin ferromagnetic? (Hint: Ferromagnetic materials like Iron, Cobalt, and Nickel can be strongly magnetized---which means it can be pulled by a magnet.) Yes No 7 Luigi points a magnet at a glass bottle. Does it stick? (Hint: Glass is a non-magnetic material.) Yes No 8 Mario pushes two North poles together. Do they repel each other? (Hint: Like poles—poles that are the same—push away from each other.) Yes No 9 Sonic puts a North pole and a South pole together. Do they attract? (Hint: Opposite poles—poles that are different—pull toward each other.) Yes No 10 Tyler sees two magnets sticking together. Are the touching poles the same? (Hint: Attraction is the force that pulls different poles together.) Yes No 11 Snowi feels a force pushing her hand away as she brings two magnets together. Is this repulsion? (Hint: Repulsion is the force that drives objects apart.) Yes No 12 Luigi tries to stick a South pole to another South pole. Will they stay together? (Hint: Identical poles push each other away.) Yes No 13 Mario draws an arrow pointing away from two magnets. Is he labeling repulsion? (Hint: Arrows pointing away show a repulsive force.) Yes No 14 Sonic draws arrows pointing toward each other. Is he labeling attraction? (Hint: Attraction is the invisible "tug" pulling things together.) --- >----<--- Yes No 15 Tyler finds a mystery pole that sticks to a North pole. Is the mystery pole a North pole? (Hint: Different poles attract, so the mystery must be South.) Yes No 16 Snowi sees magnets flying apart. Is the force between them attraction? (Hint: The force pushing them apart is repulsion.) Yes No 17 Luigi labels a "North to North" connection as "Non-Attracting." Is he correct? (Hint: Like charges/poles cannot pull toward one another.) Yes No 18 Mario draws an arrow pointing away from two magnets. Is he labeling repulsion? (Hint: Arrows pointing away show a repulsive force.) <---> Yes No 19 Sonic draws arrows pointing toward each other. Is he labeling attraction? (Hint: Attraction is the invisible "tug" pulling things together.) Yes Yes No 20 Luigi uses a magnet to find steel nails in a wall. Can the magnet "detect" them through the paint? (Hint: Magnetic force can pass through thin layers to detect metal.) Yes No

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Sonic goes jumping

Sí o No

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Sí o No

¿Está creado con Inteligencia Artificial?

Sí o No

Preguntas sobre futbol para niños

Sí o No

OPEN UP 5 UNIT 3: THERE IS/ARE, THERE WAS, THERE WERE

Sí o No

Grammys a mejor canción/grabación

Sí o No

¿Es verdad?

Sonic goes jumpingVersión en línea

por S Azeris

In Magnets...is Attraction when two magnets stick together?

In Magnets...is Repulsion when two magnets don't stick together?

Mario tries to pick up a steel paperclip with a magnet. Will it stick? (Hint: Steel is a ferrous metal, which means it contains iron.)

Sonic holds a magnet up to a wooden fence. Will the magnet pull the wood? (Hint: Wood is an insulator, a material that blocks the flow of electricity and magnetism.)

Tyler uses a magnet on a plastic toy. Will there be a magnetic pull? (Hint: Plastic is non-metallic, meaning it lacks the properties needed to react to magnets.)

Snowi finds a nickel coin. Is this coin ferromagnetic? (Hint: Ferromagnetic materials like Iron, Cobalt, and Nickel can be strongly magnetized---which means it can be pulled by a magnet.)

Luigi points a magnet at a glass bottle. Does it stick? (Hint: Glass is a non-magnetic material.)

Mario pushes two North poles together. Do they repel each other? (Hint: Like poles—poles that are the same—push away from each other.)

Sonic puts a North pole and a South pole together. Do they attract? (Hint: Opposite poles—poles that are different—pull toward each other.)

Tyler sees two magnets sticking together. Are the touching poles the same? (Hint: Attraction is the force that pulls different poles together.)

Snowi feels a force pushing her hand away as she brings two magnets together. Is this repulsion? (Hint: Repulsion is the force that drives objects apart.)

Luigi tries to stick a South pole to another South pole. Will they stay together? (Hint: Identical poles push each other away.)

Mario draws an arrow pointing away from two magnets. Is he labeling repulsion? (Hint: Arrows pointing away show a repulsive force.)

Sonic draws arrows pointing toward each other. Is he labeling attraction? (Hint: Attraction is the invisible "tug" pulling things together.) --- >----<---

Tyler finds a mystery pole that sticks to a North pole. Is the mystery pole a North pole? (Hint: Different poles attract, so the mystery must be South.)

Snowi sees magnets flying apart. Is the force between them attraction? (Hint: The force pushing them apart is repulsion.)

Luigi labels a "North to North" connection as "Non-Attracting." Is he correct? (Hint: Like charges/poles cannot pull toward one another.)

Mario draws an arrow pointing away from two magnets. Is he labeling repulsion? (Hint: Arrows pointing away show a repulsive force.) <--->

Sonic draws arrows pointing toward each other. Is he labeling attraction? (Hint: Attraction is the invisible "tug" pulling things together.) Yes

Luigi uses a magnet to find steel nails in a wall. Can the magnet "detect" them through the paint? (Hint: Magnetic force can pass through thin layers to detect metal.)