1. Recall circuit IX from the tutorial, which is reproduced at right. In the tutorial, batteries A and B were identical. In this problem, you 510 will consider two cases in which they are not. dsusisilb Islinstogo solar a. A (8) 11 across battery B were reduced, but battery A is unchanged. When the switch is closed, would bulb 12 light? Explain your reasoning. Circuit IX lod yashindwi inoil bevoman If you believe that bulb 12 would light when the switch is closed, draw an arrow on the diagram at right to indicate the direction of the current through it. Explain your reasoning. boles When the switch is closed, would bulb 11 be brighter than, dimmer than, or as bright as it was in the tutorial? Explain. to loitusfoq sintasis sT qool trigin at yine benobianco 1:1-2 stfod to lonimmst svititoq art of teazolo ei ti sausosd svitogen art of taszolo zi ti saunosd teswol al V twipo to *N

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bulbs as identical, and all batteries as
sobi ons zohotted Ils bas lesinabi sad A Joint
HW
Unles
identical and ideal.
1. Recall circuit IX from the tutorial, which is reproduced at right. In
the tutorial, batteries A and B were identical. In this problem, you
will consider two cases in which they are not. odsotsisviib lahtnsions
12
a. Suppose that the absolute value of the potential difference
across battery B were reduced, but battery A is unchanged.
A
11
When the switch is closed, would bulb 12 light? Explain your
reasoning.
Circuit IX
lod yishind all ind
iclaxa fon
If you believe that bulb 12 would light when the switch is closed, draw an arrow on the
diagram at right to indicate the direction of the current through it. Explain your reasoning.
ation to eleito
When the switch is closed, would bulb 11 be brighter than, dimmer than, or as bright as it
was in the tutorial? Explain.
fasripiri
to foitusfoq ortasis sT qool trigin ant yine barobianco Insbul2
Initis
istfod to lonimmst svitigoq srit of tzazolo si ti sausosd
svitogen adt ot taszolo el ti sauoosd teswol el Y twing to
<V <₂V 62 nsowfad ni zail X trio
b. Suppose instead that the absolute value of the potential
difference across battery A were reduced, but battery B were
unchanged.
We vino ba bianca I
stosaloitratoq
VVV 02
A
) 12
11
When the switch is closed, would bulb 12 light? Explain your
reasoning.
B
Circuit IX
If you believe that bulb 12 would light when the switch is closed, draw an arrow on the
diagram at right to indicate the direction of the current through it. Explain your reasoning.
When the switch is closed, would bulb 11 be brighter than, dimmer than, or as bright as it
was in the tutorial? Explain.
B
Transcribed Image Text:bulbs as identical, and all batteries as sobi ons zohotted Ils bas lesinabi sad A Joint HW Unles identical and ideal. 1. Recall circuit IX from the tutorial, which is reproduced at right. In the tutorial, batteries A and B were identical. In this problem, you will consider two cases in which they are not. odsotsisviib lahtnsions 12 a. Suppose that the absolute value of the potential difference across battery B were reduced, but battery A is unchanged. A 11 When the switch is closed, would bulb 12 light? Explain your reasoning. Circuit IX lod yishind all ind iclaxa fon If you believe that bulb 12 would light when the switch is closed, draw an arrow on the diagram at right to indicate the direction of the current through it. Explain your reasoning. ation to eleito When the switch is closed, would bulb 11 be brighter than, dimmer than, or as bright as it was in the tutorial? Explain. fasripiri to foitusfoq ortasis sT qool trigin ant yine barobianco Insbul2 Initis istfod to lonimmst svitigoq srit of tzazolo si ti sausosd svitogen adt ot taszolo el ti sauoosd teswol el Y twing to <V <₂V 62 nsowfad ni zail X trio b. Suppose instead that the absolute value of the potential difference across battery A were reduced, but battery B were unchanged. We vino ba bianca I stosaloitratoq VVV 02 A ) 12 11 When the switch is closed, would bulb 12 light? Explain your reasoning. B Circuit IX If you believe that bulb 12 would light when the switch is closed, draw an arrow on the diagram at right to indicate the direction of the current through it. Explain your reasoning. When the switch is closed, would bulb 11 be brighter than, dimmer than, or as bright as it was in the tutorial? Explain. B
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