A simple circuit of the form shown in the figure below is constructed using a battery and three lightbulbs.3The bulbs may have different resistances as given in the six circumstances below, For each situation, however, the battery in the circuit is always the same, as are the wire connections.Rank these circuits from greatest to smallest, according to the voltage across the bulb shown in purple in the list. If two circuits have the same voltage associated with the selected bulb,give them the same ranking. (Use only ">" or "=" symbols. Do not include any parentheses around the letters or symbols.)a. Bulb 1: 10 Q; bulb 2: 20 Q; bulb 3: 30 Qb. Bulb 1: 1o N; bulb 2: 10 Q; bulb 3: 20 Qc. Bulb 1: 1o Q; bulb 2: 20 Q; bulb 3: 10 Qd. Bulb 1: 10 Q; bulb 2: 20 Q; bulb 3: 30 Qe. Bulb 1: 10 Q; bulb 2: 10 Q; bulb 3: 20 0f. Bulb 1: 10 n; bulb 2: 20 Q; bulb 3: 1o nJustify your rankings using your knowledge of the physics of such circuits. (Select all that apply.)OThe voltage drop across any bulb is the current passing through the bulb multiplied by the resistance of that bulb.OThe current that passes through all bulbs is the battery voltage divided by the sum of the bulbs' resistances.O The voltage drop across any bulb is the current passing through the bulb divided by the resistance of that bulb.O The current that passes through all bulbs is the battery voltage multiplied by the sum of the bulbs resistances.

Given that:- As shown in the circuit, all three bulb are connected in series.

A simple circuit of the form shown in the figure below is constructed using a battery and three lightbulbs. The bulbs may have different resistances as given in the six circumstances below. For each situation, however, the battery in the circuit is always the same, as are the wire connections. Rank these circuits from greatest to smallest, according to the voltage across the bulb shown in purple in the list. If two circuits have the same voltage associated with the selected bulb, give them the same ranking. (Use only ">" or "=" symbols. Do not include any parentheses around the letters or symbols.) a. Bulb 1: 10 Q; bulb 2: 20 Q; bulb 3: 30 0 b. Bulb 1: 1o n; bulb 2: 10 0; bulb 3: 20 0 c. Bulb 1: 1o N; bulb 2: 20 Q; bulb 3: 10 Q d. Bulb 1: 10 Q; bulb 2: 2o Q; bulb 3: 30n e. Bulb 1: 1o Q; bulb 2: 10o n; bulb 3: 20n f. Bulb 1: 10 Q: bulb 2: 20 Q; bulb 3: 10 Q Justify your rankings using your knowledge of the physics of such circuits. (Select all that apply.) O The voltage drop across any bulb is the current passing through the bulb multiplied by the resistance of that bulb. O The current that passes through all bulbs is the battery voltage divided by the sum of the bulbs' resistances. O The voltage drop across any bulb is the current passing through the bulb divided by the resistance of that bulb. O The current that passes through all bulbs is the battery voltage multiplied by the sum of the bulbs' resistances.

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter29: Direct Current (dc) Circuits

Section: Chapter Questions

Problem 51PQ