Which of the following correctly gives the total capacitance of three parallel capacitors with 0.01 microfarad, 0.02 microfarad, and 0.04 microfarad?

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Enhance your understanding of the fundamentals of electricity with the AMT General Exam. Study with multiple-choice questions crafted to improve your knowledge and confidence. Prepare effectively for your success!

Multiple Choice

Which of the following correctly gives the total capacitance of three parallel capacitors with 0.01 microfarad, 0.02 microfarad, and 0.04 microfarad?

Explanation:
Capacitors in parallel add their capacitances directly, because they all share the same voltage and the total ability to store charge per volt is the sum of each capacitor’s capacity. So you simply add the values: 0.01 microfarad + 0.02 microfarad + 0.04 microfarad = 0.07 microfarad. That total matches the correct option. The other numbers would come from different sums or component values, which don’t occur in this set.

Capacitors in parallel add their capacitances directly, because they all share the same voltage and the total ability to store charge per volt is the sum of each capacitor’s capacity. So you simply add the values: 0.01 microfarad + 0.02 microfarad + 0.04 microfarad = 0.07 microfarad. That total matches the correct option. The other numbers would come from different sums or component values, which don’t occur in this set.

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