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| * Explain the difference between conventional current and induced current | * Explain the difference between conventional current and induced current | ||
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| + | Conceptual Questions: | ||
| + | - What assumptions are you making in these RHR problems? (Hint: particularly, | ||
| + | - What direction does the dA vector point? | ||
| + | - What would change about your answer if you picked the opposite dA vector? Select one of the scenarios above and fill out the table for both dA vectors - what changes and what stays the same? | ||
| + | - How do you simplify the flux integral? (Hint: there are two key simplifying steps to simplify the integral!) | ||
| + | - Is flux a vector or a scalar? How do you know? | ||
| + | - What makes flux positive or negative? When will flux be zero? | ||
| + | - Out of all of your scenarios - what causes there to be no induced current? What patterns do you see across all the scenarios? | ||