Electricity

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Electricity and Magnets

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electricity

magnets

Edad recomendada: 4 años

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Nikki Bell

Estados Unidos

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8 de Noviembre de 2023

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ElectricityVersión en línea Electricity and Magnets por Nikki Bell 1 Electricity is a form of energy made by electrons Yes No 2 There are two kinds of electrical energy Yes No 3 Current electricity is the flow of free electrons along a pathway (such as a wire) Yes No 4 Static electricity occurs when electrons do not flow but build up on a material Yes No 5 Electromagnetism has no magnets at all Yes No 6 Protons have a positive charge Yes No 7 Electrons have a negative charge Yes No 8 Neutrons have no charge Yes No 9 The center of the atom is the nucleus Yes No 10 we call the path that electricty follows (like in a wire) a road Yes No 11 Examples of static electricity can be: a sock stuck to a shirt in the dryer or hair standing up after rubbing hair with a balloon. Yes No 12 Benjamin Franklin was fascinated by electricity Yes No 13 Insulators are materials that block the flow of electrons (electricity) Yes No 14 Conductors are the materials that allow electricity to easily travel across them. Yes No 15 Batteries are sometimes called WET cells Yes No 16 Samples of simple circuits can include: flashlights, blenders, and doorbells. Yes No 17 Lines of forces extend from the poles of a magnet in an arched pattern. Yes No 18 Thermal energy is associated with heat Yes No 19 Mechanical energy is associated with motion Yes No 20 Radiant energy is associated with circles Yes No

ElectricityVersión en línea

Electricity and Magnets

por Nikki Bell

Electricity is a form of energy made by electrons

Yes

There are two kinds of electrical energy

Yes

Current electricity is the flow of free electrons along a pathway (such as a wire)

Yes

Static electricity occurs when electrons do not flow but build up on a material

Yes

Electromagnetism has no magnets at all

Yes

Protons have a positive charge

Yes

Electrons have a negative charge

Yes

Neutrons have no charge

Yes

The center of the atom is the nucleus

Yes

we call the path that electricty follows (like in a wire) a road

Yes

Examples of static electricity can be: a sock stuck to a shirt in the dryer or hair standing up after rubbing hair with a balloon.

Yes

Benjamin Franklin was fascinated by electricity

Yes

Insulators are materials that block the flow of electrons (electricity)

Yes

Conductors are the materials that allow electricity to easily travel across them.

Yes

Batteries are sometimes called WET cells

Yes

Samples of simple circuits can include: flashlights, blenders, and doorbells.

Yes

Lines of forces extend from the poles of a magnet in an arched pattern.

Yes

Thermal energy is associated with heat

Yes

Mechanical energy is associated with motion

Yes

Radiant energy is associated with circles

Yes

Electricity

Sí o No

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ElectricityVersión en línea

por Nikki Bell

Electricity is a form of energy made by electrons

There are two kinds of electrical energy

Current electricity is the flow of free electrons along a pathway (such as a wire)

Static electricity occurs when electrons do not flow but build up on a material

Electromagnetism has no magnets at all

Protons have a positive charge

Electrons have a negative charge

Neutrons have no charge

The center of the atom is the nucleus

we call the path that electricty follows (like in a wire) a road

Examples of static electricity can be: a sock stuck to a shirt in the dryer or hair standing up after rubbing hair with a balloon.

Benjamin Franklin was fascinated by electricity

Insulators are materials that block the flow of electrons (electricity)

Conductors are the materials that allow electricity to easily travel across them.

Batteries are sometimes called WET cells

Samples of simple circuits can include: flashlights, blenders, and doorbells.

Lines of forces extend from the poles of a magnet in an arched pattern.

Thermal energy is associated with heat

Mechanical energy is associated with motion

Radiant energy is associated with circles