(a) Interpretation: The given mass of 2.35 kg needs to be expressed in g. Concept introduction: A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example, the SI unit for measuring distance or length is meters (m). Mass is measured in terms of kilograms (kg). Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

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Answer 1

Question

Chapter 1, Problem 28E

Interpretation Introduction

(a)

Interpretation:

The given mass of 2.35 kg needs to be expressed in g.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured.

For example, the SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(b)

Interpretation:

The given mass of 792 g needs to be expressed in kg.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(c)

Interpretation:

The given distance of 3869 mm needs to be expressed in cm.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(d)

Interpretation:

The given distance of 0.043 cm needs to be expressed in m.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

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34. Convert 4.58 x 10³ cm³ to each unit. a. L b. mL c. gal d. qt The m in the equation for density is in italic type, meaning that it stands for mass rather than for meters. In general, the symbols for units such as meters (m), seconds (s), or kelvins (K) appear in regular type, while those for variables such as mass (m), volume (V), and time (t) appear in italics.

1. Perform the following conversions. (1 in = 2.54 cm; 1 ft = 12 in; 1 mi = 5 280 ft) a) 58.8 ft to meters b) 4.0 km2 to square miles c) 65 miles per hour to µm/ns

Which numbers are exact (and therefore have an unlimited number of significant figures)?a. p = 3.14b. 12 in = 1 ftc. EPA gas mileage rating of 26 miles per gallond. 1 gross = 144

Answer 2

Question

Chapter 1, Problem 28E

Interpretation Introduction

(a)

Interpretation:

The given mass of 2.35 kg needs to be expressed in g.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured.

For example, the SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(b)

Interpretation:

The given mass of 792 g needs to be expressed in kg.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(c)

Interpretation:

The given distance of 3869 mm needs to be expressed in cm.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(d)

Interpretation:

The given distance of 0.043 cm needs to be expressed in m.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

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Answer 3

Question

Chapter 1, Problem 28E

Interpretation Introduction

(a)

Interpretation:

The given mass of 2.35 kg needs to be expressed in g.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured.

For example, the SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(b)

Interpretation:

The given mass of 792 g needs to be expressed in kg.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(c)

Interpretation:

The given distance of 3869 mm needs to be expressed in cm.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(d)

Interpretation:

The given distance of 0.043 cm needs to be expressed in m.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Expert Solution & Answer

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Answer 4

Question

Chapter 1, Problem 28E

Interpretation Introduction

(a)

Interpretation:

The given mass of 2.35 kg needs to be expressed in g.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured.

For example, the SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(b)

Interpretation:

The given mass of 792 g needs to be expressed in kg.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(c)

Interpretation:

The given distance of 3869 mm needs to be expressed in cm.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(d)

Interpretation:

The given distance of 0.043 cm needs to be expressed in m.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Expert Solution & Answer

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Answer 5

Chapter 1, Problem 28E

Interpretation Introduction

(a)

Interpretation:

The given mass of 2.35 kg needs to be expressed in g.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured.

For example, the SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(b)

Interpretation:

The given mass of 792 g needs to be expressed in kg.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(c)

Interpretation:

The given distance of 3869 mm needs to be expressed in cm.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Interpretation Introduction

(d)

Interpretation:

The given distance of 0.043 cm needs to be expressed in m.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 6

Chapter 1, Problem 28E

Interpretation Introduction

(a)

Interpretation:

The given mass of 2.35 kg needs to be expressed in g.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured.

For example, the SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 7

Chapter 1, Problem 28E

Interpretation Introduction

(a)

Interpretation:

The given mass of 2.35 kg needs to be expressed in g.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured.

For example, the SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 8

Interpretation Introduction

(b)

Interpretation:

The given mass of 792 g needs to be expressed in kg.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 9

Interpretation Introduction

(b)

Interpretation:

The given mass of 792 g needs to be expressed in kg.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 10

Interpretation Introduction

(c)

Interpretation:

The given distance of 3869 mm needs to be expressed in cm.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 11

Interpretation Introduction

(c)

Interpretation:

The given distance of 3869 mm needs to be expressed in cm.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 12

Interpretation Introduction

(d)

Interpretation:

The given distance of 0.043 cm needs to be expressed in m.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 13

Interpretation Introduction

(d)

Interpretation:

The given distance of 0.043 cm needs to be expressed in m.

Concept introduction:

A ‘unit of measurement’ is a standard that is used to express the quantity being measured. For example: The SI unit for measuring distance or length is meters (m).

Mass is measured in terms of kilograms (kg).

Conversion factors are numbers that convert one unit of measurement to the other without changing the actual value.

Answer 14

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Answer 15

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Answer 16

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Answer 17

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Solution Summary: The author explains the concept of a ‘unit of measurement’, which is used to express the quantity being measured.

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