Skip to main content

Engineering Electrical Engineering EBK PRINCIPLES OF ELECTRIC CIRCUITS

EBK PRINCIPLES OF ELECTRIC CIRCUITS 10th Edition, Buchla

EBK PRINCIPLES OF ELECTRIC CIRCUITS - 10th Edition - by Buchla - ISBN 9780134879499

EBK PRINCIPLES OF ELECTRIC CIRCUITS
10th Edition
Buchla
Publisher: YUZU
ISBN: 9780134879499

Solutions for EBK PRINCIPLES OF ELECTRIC CIRCUITS

Chapter

Section

Problem 1RP:

Express 4,750 in scientific notation.

Problem 2RP:

Express 0.00738 in scientific notation.

Problem 3RP:

Express 9.12 103 as a regular decimal number.

Problem 4RP:

Add 3.1 103 and 5.5 104.

Problem 5RP:

Subtract 3.5 106 from 2.2 105.

Problem 6RP:

Multiply 3.2 106 and 1.5 103.

Problem 7RP:

Divide 8 106 by 2 1010.

Problem 8RP:

Express 36,000,000,000 in engineering notation.

Problem 9RP:

Express 0.0000000000056 in engineering notation.

Problem 10RP:

Express using metric prefixes: 1. 56,000 2. 0.000470 A

Problem 11RP:

Convert 1 mA to microamperes.

Problem 12RP:

Convert 1,000 mV to millivolts.

Problem 13RP:

Convert 893 nA to microamperes.

Problem 14RP:

Convert 10,000 pF to microfarads.

Problem 15RP:

Convert 0.0022 mF to picofarads.

Problem 16RP:

Convert 2.2 k to megohms.

Problem 17RP:

Add 2,873 mA to 10,000 mA; express the sum in milliamperes.

Problem 18RP:

How would you show the number 10,000 showing three significant digits?

Problem 19RP:

What is the difference between a measured quantity of 10 and 10.0?

Problem 20RP:

Round 3.2850 to three significant digits using the round-to-even rule.

Problem 1TFQ:

Derived units in the SI system use base units in their definition.

Problem 2TFQ:

The base electrical unit in the SI system is the volt.

Problem 3TFQ:

The supplementary SI units are for angular measurements.

Problem 4TFQ:

The number 3,300 is written as 3.3 103 in both scientific and engineering notation.

Problem 5TFQ:

A negative number that is expressed in scientific notation will always have a negative exponent.

Problem 6TFQ:

When you multiply two numbers written in scientific notation, the exponents need to be the same.

Problem 7TFQ:

When you divide two numbers written in scientific notation, the exponent of the denominator is...

Problem 8TFQ:

The metric prefix micro has an equivalent power of ten equal to 106.

Problem 9TFQ:

To express 56 106 with a metric prefix, the result is 56 M.

Problem 10TFQ:

0.047 F is equal to 47 nF

Problem 11TFQ:

0.010 F is equal to 10,000 pF.

Problem 12TFQ:

10,000 kW is equal to 1 MW.

Problem 13TFQ:

The number of significant digits in the number 0.0102 is three.

Problem 14TFQ:

To express 10,000 with three significant figures, you could write 10.000 103.

Problem 15TFQ:

When you apply the round-to-even rule to round off 26.25 to three digits, the result is 26.3.

Problem 16TFQ:

If a series of measurements are precise, they must also be accurate.

Problem 17TFQ:

The base SI electrical unit is the ampere.

Problem 1ST:

Which of the following is not an electrical quantity? a. current b. voltage c. time d. power

Problem 2ST:

The unit of current is a. volt b. watt c. ampere d. joule

Problem 3ST:

The number of base units in the SI system is a. 3 b. 5 c. 6 d. 7

Problem 4ST:

An mks measurement unit is one that a. can be expressed as a combination of the meter, kilogram and...

Problem 5ST:

In the Sl system, the prefix k means to multiply the unit by a. 100 b. 1,000 c. 10,000 d. 1,000,000

Problem 7ST:

The quantity 4.7 103 is the same as a) 470 b) 4,700 c) 47,000 d) 0.0047

Problem 8ST:

The quantity 56 103 is the same as a. 0.056 b. 0.560 c. 560 d. 56,000

Problem 10ST:

Ten milliamperes can be expressed as a. 10 MA b. 10 A c. 10 kA d. 10 mA

Problem 11ST:

Five thousand volts can be expressed as a. 5,000 V b. 5 MV c. 5 kV d. either answer (a) or (c)

Problem 12ST:

Twenty million ohms can be expressed as a. 20 m b. 20 MW c. 20 M d. 20

Problem 14ST:

When reporting a measured value, it is okay to include a. the entire result as shown on a calculator...

Problem 1P:

Express each of the following numbers in scientific notation: a. 3,000 b. 75,000 c. 2,000,000

Problem 2P:

Express each fractional number in scientific notation a. 1/500 b. 1/2,000 c. 1/5,000,000

Problem 3P:

Express each of the following numbers in scientific notation: a. 8,400 b. 99,000 c. 0.2 106

Problem 4P:

Express each of the following numbers in scientific notation: a. 0.0002 b. 0.6 c. 7.8 102

Problem 5P:

Express each of the following numbers in scientific notation: a. 32 103 b. 6,800 106 c. 870 108

Problem 6P:

Express each of the following as a regular decimal number: a. 2 105 b. 5.4 109 c. 1.0 101

Problem 7P:

Express each of the following as a regular decimal number: a. 2.5 106 b. 5.0 102 c. 3.9 101

Problem 8P:

Express each number in regular decimal form: a. 4.5 106 b. 8 109 c. 4.0 1012

Problem 9P:

Add the following numbers: a. (9.2 106) + (3.4 107) b. (5 103) + (8.5 101) c. (5.6 108) + (4.6 ...

Problem 11P:

Perform the following multiplications: a. (5 103)(4 105) b. (1.2 1012)(3 102) c. (2.2 109)(7 ...

Problem 13P:

Perform the indicated operations: a. (8 104 + 4 103) 2 102 b. (3 107)(5 105) 9 1012 c. (2.2 ...

Problem 14P:

Starting with 1012, list the powers of ten in increasing order used in engineering notation.

Problem 15P:

Express each of the following numbers in engineering notation: a. 89,000 b. 450,000 c....

Problem 16P:

Express each number in engineering notation: a. 2.35 105 b. 7.32 107 c. 1.333 109

Problem 17P:

Express each number in engineering notation: a. 0.000345 b. 0.025 c. 0.00000000129

Problem 18P:

Express each number in engineering notation: a. 9.81 103 b. 4.82 104 c. 4.38 107

Problem 19P:

Add the following numbers and express each result in engineering notation: a. (2.5 103) + (4.6 ...

Problem 20P:

Multiply the following numbers and express each result in engineering notation: a. (32 103)(56 ...

Problem 21P:

Divide the following numbers and express each result in engineering notation: a. 50 (2.2 103) b....

Problem 22P:

Express each number in Problem 15 in ohms using a metric prefix.

Problem 23P:

Express each number in Problem 17 in amperes using a metric prefix.

Problem 24P:

Express each of the following as a quantity having a metric prefix: a. 31 103 A b. 5.5 103 V c. 20...

Problem 25P:

Express the following using metric prefixes: a. 3 106 F b. 3.3 106 c. 350 109 A

Problem 26P:

Express the following using metric prefixes: a. 2.5 1012 A b. 8 109 Hz c. 4.7 103

Problem 27P:

Express each quantity by converting the metric prefix to a power-of-10: a. 7.5 pA b. 3.3 GHz c. 280...

Problem 28P:

Express each quantity in engineering notation: a. 5 A b. 43 mV c. 275 k d. 10 MW

Problem 29P:

Perform the indicated conversions: a. 5 mA to microamperes b. 3,200 W to milliwatts c. 5,000 kV to...

Problem 30P:

Determine the following: a. The number of microamperes in 1 milliampere b. The number of millivolts...

Problem 31P:

Add the following quantities: a. 50 mA + 680 A b. 120 k + 2.2 M c. 0.02 F + 3, 300 pF

Problem 32P:

Do the following operations: a. 10 k (2.2 k + 10 k) b. 250 mV 50 V c. 1 MW 2 kW

Problem 33P:

How many significant digits are in each of the following numbers: a. 1.00 103 b. 0.0057 c. 1502.0...

Problem 34P:

Round each of the following numbers to three significant digits. Use the round-to-even rule. a....

Browse All Chapters of This Textbook

Chapter 1 - Quantities And Units Chapter 2 - Voltage, Current, And Resistance Chapter 3 - Ohm's Law Chapter 4 - Energy And Power Chapter 5 - Series Circuits Chapter 6 - Parallel Circuits Chapter 7 - Series-parallel Circuits Chapter 8 - Circuit Theorems And Conversions Chapter 20 - Time Response Of Reactive Circuits

Sample Solutions for this Textbook

We offer sample solutions for EBK PRINCIPLES OF ELECTRIC CIRCUITS homework problems. See examples below:

Chapter 1, Problem 1RP Chapter 2, Problem 1RP Chapter 3, Problem 2RP Chapter 4, Problem 1RP Chapter 5, Problem 1RP Chapter 6, Problem 1RP Chapter 7, Problem 1RP Chapter 20, Problem 1RP

More Editions of This Book

Corresponding editions of this textbook are also available below:

Principles Of Electric Circuits: Electron Flow Version

ISBN: 9780023385018

Principles of Electric Circuits: Conventional Current Version

ISBN: 9780130995940

Principles Of Electric Circuits: Conventional Current Version-text Only

ISBN: 9780007705917

Principles Of Electric Circuits: Electron Flow Version

ISBN: 9780132310772

Electronic Devices (Conventional Current Version)

ISBN: 9780132429733

Principles Of Electric Circuits

ISBN: 9780134879482

EBK PRINCIPLES OF ELECTRIC CIRCUITS

ISBN: 9780134880068

Principles Of Electric Circuits: Pearson New International Edition

9th Edition

ISBN: 9781292025667

Principles Of Electric Circuits: Electron Flow Version (9th Edition)

9th Edition

ISBN: 9780135073087

Principles Of Electric Circuits, 9ed

9th Edition

ISBN: 9789332573888

Principles Of Electric Circuits: Conventional Current Version And Lab Manual For Principles Of Electric Circuits: Conventional Flow Version Package (9th Edition)

9th Edition

ISBN: 9780137068258

Principles Of Electric Circuits: Electron Flow Version With Lab Manual (9th Edition)

9th Edition

ISBN: 9780135090824

Principles of Electric Circuits: Conventional Current Version

ISBN: 9780135073094

Related Electrical Engineering Textbooks with Solutions

See all Electrical Engineering textbooks

Still sussing out bartleby

Check out a sample textbook solution.

See a sample solution

Homework Help by Engineering Subjects

AI and Machine Learning

AI and Machine Learning

Bioengineering

Chemical Engineering

Chemical Engineering

Civil Engineering

Civil Engineering

Computer Engineering

Computer Engineering

Computer Science

Computer Science

Cybersecurity

Data Structures and Algorithms

Data Structures and Algorithms

Electrical Engineering

Electrical Engineering

Mechanical Engineering

Mechanical Engineering