Mathematics For Machine Technology - 8th Edition - by Peterson,  John. - ISBN 9781337798310
Find on textbooks.comFind

Mathematics For Machine Technology
8th Edition
Peterson, John.
Publisher: Cengage Learning,
ISBN: 9781337798310

Solutions for Mathematics For Machine Technology

View Samples
Chapter
Section

Browse All Chapters of This Textbook

Show more chapters
Chapter 13 - Division Of Decimal FractionsChapter 14 - PowersChapter 15 - RootsChapter 16 - Table Of Decimal Equivalents And Combined Operations Of Decimal FractionsChapter 19 - Achievement Review—section OneChapter 20 - Ratio And Propor TionChapter 21 - Direct And Inverse ProportionsChapter 22 - Introduction To PercentsChapter 23 - Basic Calculations Of Percentages, Percents, And RatesChapter 24 - Percent Practical ApplicationsChapter 25 - Achievement Review—section TwoChapter 26 - Customary (english) Units Of MeasureChapter 27 - Metric Units Of Linear MeasureChapter 28 - Degree Of Precision, Greatest Possible Error, Absolute Error, And Relative ErrorChapter 29 - Tolerance, Clearance, And InterferenceChapter 30 - Customary And Metric Steel RulesChapter 31 - Customary Vernier Calipers And Height GagesChapter 32 - Metric Vernier Calipers And Height GagesChapter 33 - Digital Calipers And Height GagesChapter 34 - Customary MicrometersChapter 35 - Metric Vernier MicrometersChapter 36 - Digital MicrometersChapter 37 - Customary And Metric Gage BlocksChapter 38 - Achievement Review—section ThreeChapter 39 - Symbolism And Algebraic ExpressionsChapter 40 - Signed NumbersChapter 41 - Algebraic Operations Of Addition, Subtraction, And MultiplicationChapter 42 - Algebraic Operations Of Division, Powers, And RootsChapter 43 - Introduction To EquationsChapter 44 - Solution Of Equations By The Subtraction, Addition, And Division Principles Of EqualityChapter 45 - Solution Of Equations By The Multiplication, Root, And Power Principles Of EqualityChapter 46 - Solution Of Equations Consisting Of Combined Operations And Rearrangement Of FormulasChapter 47 - Applications Of Formulas To Cutting Speed, Revolutions Per Minute, And Cutting TimeChapter 48 - Applications Of Formulas To Spur GearsChapter 49 - Achievement Review—section FourChapter 50 - Lines And Angular MeasureChapter 51 - Protractors—simple Semicircular And VernierChapter 52 - Types Of Angles And Angular Geometric PrinciplesChapter 53 - Introduction To TrianglesChapter 54 - Geometric Principles For Triangles And Other Common PolygonsChapter 55 - Introduction To CirclesChapter 56 - Arcs And Angles Of Circles, Tangent CirclesChapter 57 - Fundamental Geometric ConstructionsChapter 58 - Achievement Review—section FiveChapter 59 - Areas Of Rectangles, Parallelograms, And TrapezoidsChapter 60 - Areas Of TrianglesChapter 61 - Areas Of Circles, Sectors, And SegmentsChapter 62 - Volumes Of Prisms And CylindersChapter 63 - Volumes Of Pyramids And ConesChapter 64 - Volumes Of Spheres And Composite Solid FiguresChapter 65 - Achievement Review—section SixChapter 66 - Introduction To Trigonometric FunctionsChapter 67 - Analysis Of Trigonometric FunctionsChapter 68 - Basic Calculations Of Angles And Sides Of Right TrianglesChapter 69 - Simple Practical Machine ApplicationsChapter 70 - Complex Practical Machine ApplicationsChapter 71 - The Cartesian Coordinate SystemChapter 72 - Oblique TrianglesChapter 73 - Achievement Review—section SevenChapter 74 - Introduction To Compound AnglesChapter 75 - Drilling And Boring Compound-angular HolesChapter 76 - Drilling And Boring Compound-angular HolesChapter 77 - Machining Compound-angular SurfacesChapter 78 - Computing Angles Made By The Intersection Of Two Angular SurfacesChapter 79 - Computing Compound Angles On Cutting And Forming ToolsChapter 80 - Achievement Review—section EightChapter 81 - Introduction To Computer Numerical Control (cnc)Chapter 82 - Control Systems, Absolute Positioning, Incremental PositioningChapter 83 - Location Of PointsChapter 84 - Binary Numeration SystemChapter 85 - Hexadecimal Numeration SystemChapter 86 - Bcd (binary Coded Decimal) Numeration SystemsChapter 87 - An Introduction To G- And M-codes For Cnc ProgrammingChapter 88 - Achievement Review—section Nine

Sample Solutions for this Textbook

We offer sample solutions for Mathematics For Machine Technology homework problems. See examples below:
Show more sample solutions
Round 0.42538 to 2 decimal places.ADD 5316+456 .Subtract 7516278 .Raise (4+2.3)3to the indicated power.A sphere has a volume, V, of 12.249 cu in. Use the formula D=V0.52363to determine the diameter, D,...Express each of the following fractions as equivalent fractions as indicated. a. 38=?32 b. 710=?100...Use a decimal equivalents table to find the decimal equivalent of 2164 .Solve the proportion 3R=119for R. If necessary, round the answer to 3 decimal places.A sheet of steel 280 centimeters long weighs 165 kilograms. A sheet 92.4 centimeters long is sheared...Express 5.037 as a percent.What is 7.25% of 43.80? Round your answer to 2 decimal places.Express these ratios in lowest fractional form. 1. 15:32A mechanic purchases a drill and impact driver kit that is listed for $139.95. He has a coupon for...Express 198 inches as feet.Express 42 792.6 millimeters as meters.For the measurement 14.304 mm find (a) the degree of precision, (b) the value that is equal to or...A shaft has a diameter of 0.45030.0006 . What are the maximum and minimum diameters of the shaft?Measure this line segment to the nearest 164.Read the decimal-inch vernier caliper measurement for this setting.Read the metric vernier caliper measurement for this setting.Use an electronic vernier caliper to measure the length of a ballpoint pen.Read the setting on the following 0.001 -inch micrometerscale. The vernier, thimble, and barrel...Read the setting of this metric micrometer scale graduated in 0.01 mm.Use a digital micrometer to measure the thickness of the cover of a book.Express each of the following lengths as indicated. a. 81 inches as feet b. 614feet as inches c. 9.6...Use the Table of BlockThicknesses of a Customary Gage Block Set under the heading "Description of...If a=2.4,b=5.2 and c=10.25 , what is the value of a2+bcb2?Subtract the signed numbers 16(8.45.2).Add (9x2y+xy5xy2),(3x2y4xy+5xy2) and (7x2y+3xy)Raise the term (2x25y3)2 to the indicated power and combine any like terms.Write the expression "A number divided by 7 plus twice the number equals 75" as an equation with the...Solve A34=218 using the addition principle of equality.Solve x3=15.Express the answer as both a common fraction and a decimal fraction.Solve 34E+(18E)=214E+12 .A workpiece or tool with a diameter of 0.750" turns at 350 revolutions per minute. Use C=3.1416DN12...Express each of the problems in Exercises 1 and 2 as an algebraic expression. a. The sum of x and y...Refer to the Decimal-Inch Spur Gears Table under the heading "Gearing-Diametral Pitch System" in...Express 159.3596 as degrees, minutes, and seconds. If necessary, round the answer to the nearest...What is the complement of a 2741'19" angle?Determine the values of 2, 3, and 4 if l is 113.Determine the size of 1.Determine the length of a. Round the answer to 1 decimal place.A pipe has an inside circumference of 82.50 mm and an outside diameter of 28.04 mm. What is the wall...If A=30 and BD=5826 , find the measure of CD .Add, subtract, multiply, or divide each of the following exercises as indicated. a. 3718' + 8623' b....Trace this line segment two times. On one copy construct a perpendicular bisector of the segment. On...Find the area of this figure. Round your answer to 2 decimal places.Plans call for triangle BCDto be sheared off a corner of a rectangle as shown in the figure. A...Find the volume of a steel shaft that is 18.64 cm long and has a radius of 1.75 cm. Round your...A rectangular strip of steel 2 ft 4 in. long, 1 ft 6 in. wide, and 58 in. thick has four holes...In order to make a conical duct a circular sheet of metal is to be cut in the shape of a sector of a...Express each area in Exercises 1 through 6 as indicated. Round each answer to the same number of...If steel weighs 0.264 1b/cubic inch, what is the weight of this steel shaft? Round the answer to the...If tan A=4.13792 , determine the value of angle A in decimal degrees rounded to the nearest...If cos 3518', write the cofunction of the complement of the angle.Determine the sizes of Aand Bto the nearest minute.Determine the size of x to the nearest hundredth degree.Find the distance x to the nearest hundredth of an inch.Sketch a 25125' ray on a Cartesian coordinate system and from a point on the ray sketch a right...With reference 1, name the sides of each of the following triangles as opposite, adjacent, or...Use the Law of Sines to find the length of side x to the nearest thousandths inch.For the following rectangular solid shown below: a. Compute the length Of diagonal AB. b. Compute...For the rectangular solid shown, compute the length of diagonal AB.The top, front, and side views of a compound-angular hole are shown in the figure. Compute the angle...Tooling up The top, front. and right side views of a compound-angular surface is shown the figure....Tooling up The top, front, and right side views of a part are shown in the figure. The angular...For Exercises 1 through 6, compute angles to the nearer minute or hundredth degree. Three views of a...Three views of the angular portion of a tool are shown in the figure. a. Sketch and label a...Graph the following points. Connect the points in the order they are given. What kind of geometric...Use absolute positioning to program the hole locations in the drawing.Determine the polar coordinates of points A throughout H in the figure.Express the number 110100.012as a decimal number.Express the number B70905.F816 as (a) a binary number and (b) a decimal number.Write 143.8 as a 2421 code number.Using graph paper, draw an x-axis and a y-axis and plot the following coordinates. A=(6,8) B=(3,9)...