The number 6.500 × 10 3 is to be written in standard notation. Concept introduction: Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents. The general representation of standard notation is N . Here, N is the number between 1 and 9. To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

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Answer 1

Question

Chapter 1, Problem 1.59P

(a)

Interpretation Introduction

Interpretation:

The number 6.500×103 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(b)

Interpretation Introduction

Interpretation:

The number 3.46×10−5 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(c)

Interpretation Introduction

Interpretation:

The number 7.5×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(d)

Interpretation Introduction

Interpretation:

The number 1.8856×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

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Part I. Problem solving. Include all necessary calculations 13 provide plots and graphs. Complexation wl diphenyl carbazide (OPC) in acidic media is another type of sensitive photometric method used for the analysis of aqueous. hexavalent chromium. At 540nm the cherry-red complex as a result of DPC reaction w/ chromium can be photometrically measured. at this wavelength. - a 25mL The UV-vis analysis for the determination of nexavalent chromium in ground water sample is given below. The experiment was based on external calibration method w/ each measurement sample prepared are as follows lab sample analysis contained the standard 100 ppb croy cor groundwater sample, volumes used as indicated below), 12.50 mL of 0.02 M H2Soy and 5.50 ml of 100 ppm DPC (wi water to adjust final volume to 25-ml). The main stripping method was square wave voltammetry, following the conditions set in the main ASV experiment. Standard 100 Volumetric Groundwater H2SO4 0.20 M, flask Sample, mL ppb CrO4*, 100…

Answer 2

Question

Chapter 1, Problem 1.59P

(a)

Interpretation Introduction

Interpretation:

The number 6.500×103 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(b)

Interpretation Introduction

Interpretation:

The number 3.46×10−5 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(c)

Interpretation Introduction

Interpretation:

The number 7.5×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(d)

Interpretation Introduction

Interpretation:

The number 1.8856×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

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Answer 3

Question

Chapter 1, Problem 1.59P

(a)

Interpretation Introduction

Interpretation:

The number 6.500×103 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(b)

Interpretation Introduction

Interpretation:

The number 3.46×10−5 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(c)

Interpretation Introduction

Interpretation:

The number 7.5×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(d)

Interpretation Introduction

Interpretation:

The number 1.8856×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Expert Solution & Answer

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Answer 4

Question

Chapter 1, Problem 1.59P

(a)

Interpretation Introduction

Interpretation:

The number 6.500×103 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(b)

Interpretation Introduction

Interpretation:

The number 3.46×10−5 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(c)

Interpretation Introduction

Interpretation:

The number 7.5×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(d)

Interpretation Introduction

Interpretation:

The number 1.8856×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Expert Solution & Answer

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Answer 5

Chapter 1, Problem 1.59P

(a)

Interpretation Introduction

Interpretation:

The number 6.500×103 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(b)

Interpretation Introduction

Interpretation:

The number 3.46×10−5 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(c)

Interpretation Introduction

Interpretation:

The number 7.5×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

(d)

Interpretation Introduction

Interpretation:

The number 1.8856×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 6

Chapter 1, Problem 1.59P

(a)

Interpretation Introduction

Interpretation:

The number 6.500×103 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 7

Chapter 1, Problem 1.59P

(a)

Interpretation Introduction

Interpretation:

The number 6.500×103 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 8

(b)

Interpretation Introduction

Interpretation:

The number 3.46×10−5 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 9

(b)

Interpretation Introduction

Interpretation:

The number 3.46×10−5 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 10

(c)

Interpretation Introduction

Interpretation:

The number 7.5×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 11

(c)

Interpretation Introduction

Interpretation:

The number 7.5×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 12

(d)

Interpretation Introduction

Interpretation:

The number 1.8856×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 13

(d)

Interpretation Introduction

Interpretation:

The number 1.8856×102 is to be written in standard notation.

Concept introduction:

Standard notations are used to express the given large or small quantities by just writing them as such without making use of exponents.

The general representation of standard notation is N.

Here, N is the number between 1 and 9.

To change the scientific notation to the standard notation, the decimal point is shifted towards the right if the exponent value is positive and to the left, if the exponent value is negative. The decimal point is to be moved the same number of times as indicated by the exponent.

Answer 14

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Answer 15

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Answer 16

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Answer 17

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