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How does the number of turns of coil affect the voltage of the electromagnet?

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How does the number of turns of coil affect the voltage of the electromagnet?

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Yettie

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The voltage of the electromagnet will increase if the number of turns of coils increases.

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The voltage of the electromagnet will increase if the number of turns of coils increases.

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Yettie

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How does the strength of the magnet affect the voltage of the electromagnet?

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How does the strength of the magnet affect the voltage of the electromagnet?

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Yettie

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The voltage of the electromagnet will increase if the strength of the magnet is bigger.

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The voltage of the electromagnet will increase if the strength of the magnet is bigger.

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How does the speed of motion of the magnet inside the coil affect the voltage of the electromagnet?

# data[].attributes.subject
How does the speed of motion of the magnet inside the coil affect the voltage of the electromagnet?

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Yettie

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The voltage of the electromagnet will increase if the motion of the conductor is faster.

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The voltage of the electromagnet will increase if the motion of the conductor is faster.

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How does the orientation of a magnet moving through a coil affect the induced voltage?

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How does the material of the coil (different electric conductivity) affect the electrical magnetic field?

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We hypothesize that the higher the electric conductivity of the material, the higher the electric field strength it generates.

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Upload the completed feedback template under the group's name

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Upload the completed feedback template under the group's name

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How does the changing speed of magnet affect the mnfs(magnetic field strength)

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How does the number of turns of the solenoid affect the voltage?

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How does the length of the coil affect the voltage in electromagnetic induction?

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We hypothesize that as the number of turns of solenoid, the voltage (electricity) will increase.

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I hypothesize that, with the same number of coils, changing the length of the coil will affect the strength of the electromagnetic field. A tightly packed coil will create a stronger magnetic field, whereas a loosely packed coil will generate a weaker magnetic field.

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With the increase of the speed of moving magnet the magnetic field strength will increase.

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The diagram is at the last slide of the slides

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Week 3 Lesson 2 (Intro to Electromagnetic Induction)-Justin (Justin) Chang 的副本