Don't understand by the arrangement of the capacitors in the diagram.

In summary, the diagram shows three capacitors X ,Y , Z are connected to a 6.0 V battery as shown. Each capacitor is connected in series with the other two. The dotted line between the battery could mean that the batteries are separated equally.
  • #1
Sanosuke Sagara
102
0
I have think for this question very hard but still I cannot get the correct answer.I need somebody to help me figure out how the capacitors in the diagram are arranged.

I hope that someone will reply me back as soon as possible.I have my question and diagram in the attachment followed.Thanks for anybody that spend some time on this question.
 

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  • #2
capacitor y and z are parrallel to each other...and together are in series with x
 
  • #3
Thanks for your help,but,I still want to know whether the dotted line between the battery means that the battery are separated equally.
 
  • #4
what do u mean by separated?
Diagram shows three capacitors X ,Y , Z are connected to a 6.0 V battery as shown.
by this, do you mean the source is one 6.0 V battery? or each battery is 6.0 V?

well.. just take these 2 batteries and consider it as one with voltage equal to the sum of the voltage of the two batteries. Say, the voltage of each battery is 6.0 V, then the source supplies 12.0 V potential difference.

Since they are all connected in a circuit, i don't think you can separate the source that supplies energy to capacitor Y, Z and X
 
  • #5
as tigger said, I think that the batteries are two separate batteries connect in series with the rest of the circuit (so you can add their voltages in this case)
 
  • #6
Sanosuke Sagara said:
Thanks for your help,but,I still want to know whether the dotted line between the battery means that the battery are separated equally.
I don't see any dotted lines. But that could be because the monitor I'm using is a little fuzzy. If the conductor connecting the two batteries is dotted, that means that there are more cells in the battery than are shown.
 
  • #7
I don't see any dotted line either...and it is clear on my screen :-/
 

1. How do the capacitors in the diagram affect the circuit?

The arrangement of capacitors in a circuit can affect the overall capacitance, voltage, and current flow. The values of the capacitors and their placement in the circuit determine how they will charge and discharge, affecting the behavior of the circuit.

2. What is the purpose of arranging capacitors in a specific way in a circuit?

The arrangement of capacitors in a circuit can be used to achieve desired effects such as filtering, smoothing, or voltage regulation. By strategically placing capacitors, a circuit can be designed to meet specific requirements or solve certain problems.

3. How can I calculate the total capacitance of the arrangement in the diagram?

The total capacitance of the arrangement in the diagram can be calculated by adding the individual capacitance values using the appropriate formula. For capacitors in parallel, the total capacitance is equal to the sum of the individual capacitances. For capacitors in series, the inverse sum of the individual capacitances is equal to the total capacitance.

4. Can the arrangement of capacitors be changed to alter the behavior of the circuit?

Yes, changing the arrangement of capacitors can alter the behavior of a circuit. For example, rearranging capacitors in parallel can increase or decrease the total capacitance, while rearranging capacitors in series can change the voltage division in the circuit.

5. Are there any common arrangements of capacitors in circuits?

Yes, there are several common arrangements of capacitors in circuits. Some examples include capacitors in parallel for smoothing power supply, capacitors in series for voltage division, and capacitors in a bridge configuration for filtering signals. The arrangement of capacitors used in a circuit depends on the desired outcome and the components available.

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