1a and b please! bulbs as identical, and all batteries assobi ons zohotted Ils bas lesinabi sad A JointHWUnlesidentical and ideal.1. Recall circuit IX from the tutorial, which is reproduced at right. Inthe tutorial, batteries A and B were identical. In this problem, youwill consider two cases in which they are not. odsotsisviib lahtnsions12a. Suppose that the absolute value of the potential differenceacross battery B were reduced, but battery A is unchanged.A11When the switch is closed, would bulb 12 light? Explain yourreasoning.Circuit IXlod yishind all indiclaxa fonIf you believe that bulb 12 would light when the switch is closed, draw an arrow on thediagram at right to indicate the direction of the current through it. Explain your reasoning.ation to eleitoWhen the switch is closed, would bulb 11 be brighter than, dimmer than, or as bright as itwas in the tutorial? Explain.fasripirito foitusfoq ortasis sT qool trigin ant yine barobianco Insbul2Initisistfod to lonimmst svitigoq srit of tzazolo si ti sausosdsvitogen adt ot taszolo el ti sauoosd teswol el Y twing to

Answered: Image /qna-images/answer/bc89dcfc-d281-4abc-bfd1-6b1d795c24f9.jpg

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

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

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

In the circuit above, where u will put your ammeter to measure the required current, write all possible positions?
3question5 show all work picture attatched 5) Calculate the value of the resistance Rled in Circuit #1, to ensure that a Blue LED will have a current of 10 mA Type your answer here or paste the image of your handwriting solution here
3question4 Show all work picture attatched Calculate the value of the resistance Rled in Circuit #1, to ensure that a GREEN LED will have a current of 10 mA Type your answer here or paste the image of your handwriting solution here
Two batteries with emf’s of 1.5 V and 1.2 V and internal resistances of 0.50 : and 0.80 :, respectively, are connected in parallel with + terminals together. (a) Determine the current they would deliver to an external resistance of 2.0 :. Hint, this circuit is equivalent to the two loop circuit you just investigated above! Would more current be delivered if only one battery were used? If so, which one? Explain
Please show work a) Assuming the circuit represented by the plot is Ohmic, what is the approximate resistance ofthis circuit? b) What is the power dissipated when 10V are applied? c) What is the energy dissipated if it is held at 10V for 1 minute?
Find the current in each branch ofthe circuit shown to the right,along with the power dissipatedby the resistor R3.
solve this problem and explain each step, please a resistor of R ohms is connected across a battery of E volts with internal resistance r ohms, then the power (in watts) in the external resistor is P=E2R/(R+r)2 If E and r are fixed but R varies, what is the maximum value of the power?
A triangular array of resistors is shown in the figure on the right. What current will this array draw from a 35.0V battery having negligible internal resistance if we connect it across a.) ab; b.) bc and c.) ac?
You measured the resistance values and using an ohmmeter directly, and you also determined the values of and from Ohm's law in the two circuit configurations. In addition, the resistance was given from the resistor color-code. Which of these give the most accurate resistance value? Briefly explain your answer. Examine the power use determined for the individual resistors , and the combined resistances for both series and parallel configuration. Based on your observations, write a general equation that describes the "equivalent power" for each configuration. For the series circuit, based on your results, write an equation relating the voltage from the power source to the voltage across each component resistor. For the parallel circuit, based on your results, write an equation relating the current flow from the power source to the currents flow in each component resistor.
A wire of length 10.0 m has a resistance of 2.75 ohm. What is the resistance of a piece ofthat same wire whose length is 25.0 m? Show your work.
What is the equivalent resistance of a 100 kΩ resistor and a 140 kΩ resistor in parallel? I first don't how the diagram would look, nor the how to determine equivalent resistance.
If possible please write this on seperate paper and upload the work that way. The other forms do not seem to show for me. A cylindrical resistor of radius 4.2 mm and length 1.9 cm is made of material that has a resistivity of 3.50×10-5 Ω m. What is the current density when the energy dissipation rate in the resistor is 1.0 W? What is the potential difference?