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What effect does an electric field have on a charged particle? How does resistance affect the current in a circuit?
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Student Learning Map
- Topic:Electricity
- Subject(s):Science
- Days:16
- Grade(s):11, 12
Key Learning:
Explain how energy is transferred in an electric circuit. The electric force between two charged particles depends on the size of the charge and the separation.
Unit Essential Question(s):
Lesson Essential Question(s):What conditions create current in an electric circuit? (A)What conditions create current in an electric circuit? (ET)How does Ohm\'s Law explain the relationship between potential difference, current, and resistance? (A)How does Ohm\'s Law explain the relationship between potential difference, current, and resistance? (ET)Vocabulary:Vocabulary:Concept: Charges and Electric Force Concept: Concept: Lesson Essential Question(s):How do the magnitude and direction of the force between two charged particles relate? (A)How does a gravitational field compare to an electric field? (A)How does a gravitational field compare to an electric field? (ET)Lesson Essential Question(s):Lesson Essential Question(s):Vocabulary:charged pbject, Coulomb's Law, electric conductor, electric field, electric force, electric insulator, electrically neutral, electron, neutron, proton
Vocabulary:Vocabulary:
Additional Info:
There are no FCAT vocabulary terms associated with this student learning map. Glencoe Physics textbook, ancillary materials and resource attachment
Resources:
Acquisition Lesson(s):
1. What conditions create current in an electric circuit?2. How does Ohm\'s Law explain the relationship between potential difference, current, and resistance?3. What are the similarities and differences of series and parallel circuits?4. How do the magnitude and direction of the force between two charged particles relate?5. How does a gravitational field compare to an electric field?Extended Thinking Lesson(s):
1. How are charges separated across a capacitor?2. What conditions create current in an electric circuit?3. How does Ohm\'s Law explain the relationship between potential difference, current, and resistance?4. What are the similarities and differences of series and parallel circuits?5. How does a gravitational field compare to an electric field?