What causes magnetic force?

Important Questions on How Do We Put Electricity and Magnetism to Work?

MEDIUM

MYP:3

IMPORTANT

MYP By Concept 3 Sciences>Chapter 4 - How Do We Put Electricity and Magnetism to Work?>CONSIDER THESE QUESTIONS:>Q 3

What causes electric force?

EASY

MYP:3

IMPORTANT

MYP By Concept 3 Sciences>Chapter 4 - How Do We Put Electricity and Magnetism to Work?>CONSIDER THESE QUESTIONS:>Q 4

How do electric circuits work?

EASY

MYP:3

IMPORTANT

MYP By Concept 3 Sciences>Chapter 4 - How Do We Put Electricity and Magnetism to Work?>CONSIDER THESE QUESTIONS:>Q 1

How are electric and magnetic fields related?

EASY

MYP:3

IMPORTANT

MYP By Concept 3 Sciences>Chapter 4 - How Do We Put Electricity and Magnetism to Work?>CONSIDER THESE QUESTIONS:>Q 1

How can electrical energy be harnessed?

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IMPORTANT

MYP By Concept 3 Sciences>Chapter 4 - How Do We Put Electricity and Magnetism to Work?>DISCUSS>Q 1

What happens if you cut a magnet into two, separating the two poles? 

EASY

MYP:3

IMPORTANT

MYP By Concept 3 Sciences>Chapter 4 - How Do We Put Electricity and Magnetism to Work?>DISCUSS>Q 1

A dielectric is charged when it gains extra electrons or loses some of its electrons to another object. What will be the charge on the dielectric in each case?

MEDIUM

MYP:3

IMPORTANT

MYP By Concept 3 Sciences>Chapter 4 - How Do We Put Electricity and Magnetism to Work?>EXTENSION>Q 1

Find out more about lightning conductors and see how we can control the effects of lightning strokes on building.

EASY

MYP:3

IMPORTANT

MYP By Concept 3 Sciences>Chapter 4 - How Do We Put Electricity and Magnetism to Work?>DISCUSS>Q 1

Electric current is the flow of electric charge through a conductor. In which direction does the electrons move?