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ChemistryPrinciples of Instrumental Analysis(a) Interpretation: Equation for the parallel capacitance C p should be determined. Concept introduction: In a capacitor, the charge Q is directly proportional to the applied voltage. Q = CV V = Apply voltage Q = quantity of the charge C = Capacitance of capacitorStart your trial now! First week only $4.99!*arrow_forward*

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7th Edition

Douglas A. Skoog + 2 others

Publisher: Cengage Learning

ISBN: 9781305577213

Chapter 2, Problem 2.21QAP

Interpretation Introduction

**(a)**

**Interpretation:**

Equation for the parallel capacitance C_{p} should be determined.

**Concept introduction:**

In a capacitor, the charge Q is directly proportional to the applied voltage.

Q = CV

V = Apply voltage

Q = quantity of the charge

C = Capacitance of capacitor

Interpretation Introduction

**(b)**

**Interpretation:**

C_{p}, charge on each capacitor and the total charge Q_{p} should be calculated.

**Concept introduction:**

In a capacitor, the charge Q is directly proportional to the applied voltage.

Q = CV

V = Apply voltage

Q = quantity of the charge

C = Capacitance of capacitor

Interpretation Introduction

**(c)**

**Interpretation:**

An equation for the total capacitance (C_{s}) of a series capacitor circuit should be determined.

**Concept introduction:**

In a capacitor, the charge Q is directly proportional to the applied voltage.

Q = CV

V = Apply voltage

Q = quantity of the charge

C = Capacitance of capacitor

Interpretation Introduction

**(d)**

**Interpretation:**

C_{s} and the voltage drop across each capacitor should be calculated of a series capacitor circuit should be determined.

**Concept introduction:**

In a capacitor, the charge Q is directly proportional to the applied voltage.

Q = CV

V = Apply voltage

Q = quantity of the charge

C = Capacitance of capacitor

Interpretation Introduction

**(e)**

**Interpretation:**

An equation for the total capacitance (C_{s}) of a series with two capacitor circuit should be determined.

**Concept introduction:**

In a capacitor, the charge Q is directly proportional to the applied voltage.

Q = CV

V = Apply voltage

Q = quantity of the charge

C = Capacitance of capacitor

Interpretation Introduction

**(f)**

**Interpretation:**

The capacitance of the network, voltage across each capacitor and the charge on each capacitor should be calculated.

**Concept introduction:**

In a capacitor, the charge Q is directly proportional to the applied voltage.

Q = CV

V = Apply voltage

Q = quantity of the charge

C = Capacitance of capacitor