From the following statements, identify those that are always true about simple series circuits or always true about simple parallel circuits as shown in (Figure 4). The bulbs in the circuits do not have the same resistance (i.e., RA≠RB≠RCRA≠RB≠RC).Drag each item to the appropriate bin. If an item does not describe a simple series or simple parallel circuit, drag it to the “neither” bin. The same current flows through eachbulb in the circuit.There is the same voltage acrosseach bulb in the circuit.Removing a bulb strflow throughoutRemoving a bulb does not stop thecurrent flow throughout the circuit.Adding a bulb makes the other bulbsdimmer.Adding a bulb makesbrighteAlways true about simpleAlways true about simpleNeitherseries circuitsparallel circuits ResetHelplows through eache circuit,There is the same voltage acrosseach bulb in the circuit.Removing a bulb stops the currentflow throughout the circuit.does not stop theghout the circuit.Adding a bulb makes the other bulbsdimmer.Adding a bulb makes the other bulbsbrighter.simpleAlways true about simpleNeitherparallel circuits

Answered: Image /qna-images/answer/c091d1ee-67e4-4985-889c-a9ac07e474b8.jpg

From the following statements, identify those that are always true about simple series circuits or always true about simple parallel circuits as shown in (Figure 4). The bulbs in the circuits do not have the same resistance (i.e., RA≠RB≠RCRA≠RB≠RC). Drag each item to the appropriate bin. If an item does not describe a simple series or simple parallel circuit, drag it to the “neither” bin.

From the following statements, identify those that are always true about simple series circuits or always true about simple parallel circuits as shown in (Figure 4). The bulbs in the circuits do not have the same resistance (i.e., RA≠RB≠RCRA≠RB≠RC). Drag each item to the appropriate bin. If an item does not describe a simple series or simple parallel circuit, drag it to the “neither” bin.