Final Questions: Based on your observatorns. fit in the general statements below

Question

Final Questions: Based on your observatorns. fit in the general statements below choose trom this ist (lorgest) (smales). (midale) (n/a al about the sama) tn sornies, the n Series thei Briefly explain conceptualy resistor cloarly has the largest vatage drop compared to the others ressistor ekvarty has the fargest currant compared to the others Q2.) Explain why a single buib pisced into this circuit does nat turn on What accomplish? does the extra wire Q3.) Which was brighter one lamp connected by ihself to the battsery, or one of the lamps in the senies circuit? Explain, (Hint Use the easiest form of egn 1) Part 2a: Resistors in parallel Q4.) Based on your observations, fill in the general statements beiow Choose from this list (largest), (smallest), (midile), (nva, all about the same) in parallel, the in paraiel, the resistor cliearly has the largest voltage drop compared to the othen rssisfor ciearly has the largest current compared to the others Briefly explain conceptually Lab #5: Series and Paralel Circuits-p.7

Explanation / Answer

Part 1a) Q.1

In series largest resistor clearly has the largest voltage drop compared to the others. Because in series circuit voltage is divided between the resistors and at resistor having largest value will drop more voltage than others.

In series (n/a all about the same) all resistors has the same current. It is because in series circuit current is same in every resistor i.e current is equal to that in battery. Or we can say current not divide in series circuit.

Part 1b) Q.2 Need more information. Where is the circuit.

Part 2a)

In parallel  (n/a all about the same) all resistor clearly has the same voltage drop compared to the others. Because in Parallel circuit voltage is not divided between the resistors and remains same for all resistos and equal to that of battery.

In parallel smallest resistor clearly has the largest current compared to the others Because in parallel circuit current is divided between the resistors and at resistor having lowest value will have highest current than others.

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