Final answer:
To calculate the current when 1,204 coulombs of charge flow through a resistor for 4.2 minutes, convert minutes to seconds and then divide the charge by time. The current is found to be approximately 4.777 A.
Step-by-step explanation:
A student has asked how to calculate the current when 1,204 coulombs of charge flow through a 36.7-ohm resistor for 4.2 minutes. To find the current, we can use the formula for current (I), which is I = Q / t, where Q is the charge in coulombs and t is the time in seconds. First, convert 4.2 minutes to seconds by multiplying by 60, which gives us 252 seconds. Then divide the charge, 1,204 coulombs, by this time to get the current.
The calculation would be I = 1204 C / 252 s, which equals approximately 4.777 Amps (A). So, the current through the resistor is about 4.777 A.