![SOLVED: Why is the answer D? Doesn't the brightness of the light bulbs depend on both the current and voltage? After increasing the resistance in one of the branches, the voltage remains SOLVED: Why is the answer D? Doesn't the brightness of the light bulbs depend on both the current and voltage? After increasing the resistance in one of the branches, the voltage remains](https://cdn.numerade.com/ask_images/7ac0e25a6b6d4a358cad661e9bb0977d.jpg)
SOLVED: Why is the answer D? Doesn't the brightness of the light bulbs depend on both the current and voltage? After increasing the resistance in one of the branches, the voltage remains
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Electrical Safety. Open circuit Closed circuit Electrical Safety Fuse: a short piece of metal that melts if current exceeds a set value (to protect device) - ppt download
The brightness of a bulb depends on current and voltage. So in parallel circuits, although voltage is the same, the current received by light bulbs is divided. So why do we say
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The brightness of a bulb depends on current and voltage. So in parallel circuits, although voltage is the same, the current received by light bulbs is divided. So why do we say
![SOLVED: Question 6: When you added the second light bulb to the brightness of the first one, what happened to the brightness? How does the brightness of the second light bulb compare SOLVED: Question 6: When you added the second light bulb to the brightness of the first one, what happened to the brightness? How does the brightness of the second light bulb compare](https://cdn.numerade.com/ask_images/70a33d39c9e149ee98fab7242886376e.jpg)
SOLVED: Question 6: When you added the second light bulb to the brightness of the first one, what happened to the brightness? How does the brightness of the second light bulb compare
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