(a) Interpretation: The function of the operational amplifier 1 should be determined. Concept introduction: The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage. Here, the given electronic circuit is as below:

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Principles of Instrumental Analysis

7th Edition
Douglas A. Skoog + 2 others
Publisher: Cengage Learning
ISBN: 9781305577213
BuyFind

Principles of Instrumental Analysis

7th Edition
Douglas A. Skoog + 2 others
Publisher: Cengage Learning
ISBN: 9781305577213

Solutions

Chapter 3, Problem 3.25QAP
Interpretation Introduction

(a)

Interpretation:

The function of the operational amplifier 1 should be determined.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here, the given electronic circuit is as below:

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  1

Interpretation Introduction

(b)

Interpretation:

The function of the operational amplifier 2 should be determined.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  2

Interpretation Introduction

(c)

Interpretation:

The output voltage during the interval Δt1 should be described and plotted. Where Δt1 is the first period when switches S1 and S2 are closed and switch S4 opens. The function of the operational amplifier 2.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  3

Interpretation Introduction

(d)

Interpretation:

The output voltage during the second interval Δt should be described and plotted. Where Δt is the second period when switches S2 opens and S3 closes.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  4

Interpretation Introduction

(e)

Interpretation:

The output voltage Vo at the end of the measurement cycle is given by vo=k× input rate should be shown.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  5

Interpretation Introduction

(f)

Interpretation:

The advantages and disadvantages of the given circuit over the normal amplifier should be described.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  6

Interpretation Introduction

(g)

Interpretation:

The scenario if the input signal gets changes with the slope during the measurement cycle should be determined.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  7

Interpretation Introduction

(h)

Interpretation:

The result obtained if the two-time intervals are separated by a time delay Δt3 should be determined.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  8

Interpretation Introduction

(i)

Interpretation:

The result if the two-time intervals were of different duration should be determined.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  9

Interpretation Introduction

(j)

Interpretation:

The reason should be discussed for why the time interval is desirable to be as large as possible in measuring enzyme kinematics.

Concept introduction:

The operational amplifier is a high gain device and it amplifies the voltage. Generally, a voltage amplifier has a single output and differential input. So, basically, an operational amplifier produces an output much higher than the input voltage. The output voltage could be thousands of times higher than the input voltage.

Here the given electronic circuit is as below:

Principles of Instrumental Analysis, Chapter 3, Problem 3.25QAP , additional homework tip  10

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