1 Introduction To Common Fractions And Mixed Numbers 2 Addition Of Common Fractions And Mixed Numbers 3 Subtraction Of Common Fractions And Mixed Numbers 4 Multiplication Of Common Fractions And Mixed Numbers 5 Division Of Common Fractions And Mixed Numbers 6 Combined Operations Of Common Fractions And Mixed Numbers 7 Computing With A Calculator 8 Computing With A Spreadsheet 9 Introduction To Decimal Fractions 10 Rounding Decimal Fractions And Equivalent Decimal And Common Fractions 11 Addition And Subtraction Of Decimal Fractions 12 Multiplication Of Decimal Fractions 13 Division Of Decimal Fractions 14 Powers 15 Roots 16 Table Of Decimal Equivalents And Combined Operations Of Decimal Fractions 17 Computing With A Calculator 18 Computing With A Spreadsheet 19 Achievement Review—section One 20 Ratio And Propor Tion 21 Direct And Inverse Proportions 22 Introduction To Percents 23 Basic Calculations Of Percentages, Percents, And Rates 24 Percent Practical Applications 25 Achievement Review—section Two 26 Customary (english) Units Of Measure 27 Metric Units Of Linear Measure 28 Degree Of Precision, Greatest Possible Error, Absolute Error, And Relative Error 29 Tolerance, Clearance, And Interference 30 Customary And Metric Steel Rules 31 Customary Vernier Calipers And Height Gages 32 Metric Vernier Calipers And Height Gages 33 Digital Calipers And Height Gages 34 Customary Micrometers 35 Metric Vernier Micrometers 36 Digital Micrometers 37 Customary And Metric Gage Blocks 38 Achievement Review—section Three 39 Symbolism And Algebraic Expressions 40 Signed Numbers 41 Algebraic Operations Of Addition, Subtraction, And Multiplication 42 Algebraic Operations Of Division, Powers, And Roots 43 Introduction To Equations 44 Solution Of Equations By The Subtraction, Addition, And Division Principles Of Equality 45 Solution Of Equations By The Multiplication, Root, And Power Principles Of Equality 46 Solution Of Equations Consisting Of Combined Operations And Rearrangement Of Formulas 47 Applications Of Formulas To Cutting Speed, Revolutions Per Minute, And Cutting Time 48 Applications Of Formulas To Spur Gears 49 Achievement Review—section Four 50 Lines And Angular Measure 51 Protractors—simple Semicircular And Vernier 52 Types Of Angles And Angular Geometric Principles 53 Introduction To Triangles 54 Geometric Principles For Triangles And Other Common Polygons 55 Introduction To Circles 56 Arcs And Angles Of Circles, Tangent Circles 57 Fundamental Geometric Constructions 58 Achievement Review—section Five 59 Areas Of Rectangles, Parallelograms, And Trapezoids 60 Areas Of Triangles 61 Areas Of Circles, Sectors, And Segments 62 Volumes Of Prisms And Cylinders 63 Volumes Of Pyramids And Cones 64 Volumes Of Spheres And Composite Solid Figures 65 Achievement Review—section Six 66 Introduction To Trigonometric Functions 67 Analysis Of Trigonometric Functions 68 Basic Calculations Of Angles And Sides Of Right Triangles 69 Simple Practical Machine Applications 70 Complex Practical Machine Applications 71 The Cartesian Coordinate System 72 Oblique Triangles 73 Achievement Review—section Seven 74 Introduction To Compound Angles 75 Drilling And Boring Compound-angular Holes 76 Drilling And Boring Compound-angular Holes 77 Machining Compound-angular Surfaces 78 Computing Angles Made By The Intersection Of Two Angular Surfaces 79 Computing Compound Angles On Cutting And Forming Tools 80 Achievement Review—section Eight 81 Introduction To Computer Numerical Control (cnc) 82 Control Systems, Absolute Positioning, Incremental Positioning 83 Location Of Points 84 Binary Numeration System 85 Hexadecimal Numeration System 86 Bcd (binary Coded Decimal) Numeration Systems 87 An Introduction To G- And M-codes For Cnc Programming 88 Achievement Review—section Nine Chapter68: Basic Calculations Of Angles And Sides Of Right Triangles
Chapter Questions Section: Chapter Questions
Problem 1A: If cos 3518', write the cofunction of the complement of the angle. Problem 2A: If sinA=0.3617 , determine the value of angle A in degrees, minutes, and seconds rounded to the... Problem 3A: Find the volume to the nearest tenth cubic millimeter of this object. Problem 4A Problem 5A Problem 6A Problem 7A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 8A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 9A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 10A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 11A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 12A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 13A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 14A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 15A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 16A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 17A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 18A: Solve the following exercises. Compute angles to the nearer minute in triangles with customary unit... Problem 19A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 20A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 21A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 22A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 23A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 24A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 25A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 26A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 27A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 28A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 29A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 30A: Solve the following exercises. Compute the sides to 3 decimal places in triangles dimensioned in... Problem 31A: Solve the following exercises. For triangles dimensioned in customary units, compute the sides to 3... Problem 32A: Solve the following exercises. For triangles dimensioned in customary units, compute the sides to 3... Problem 33A: Solve the following exercises. For triangles dimensioned in customary units, compute the sides to 3... Problem 34A: Solve the following exercises. For triangles dimensioned in customary units, compute the sides to 3... Problem 35A: Solve the following exercises. For triangles dimensioned in customary units, compute the sides to 3... Problem 36A: Solve the following exercises. For triangles dimensioned in customary units, compute the sides to 3... Problem 5A
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How do I use the angle to solve this problem? I know a parallelogram is 2 triangles so I was going to do the area of a triangle and multiple it by 2 but I see that there is an angle so it would have to be involved in the problem, so my question is how do I solve the problem completely?
Transcribed Image Text: 2. A parallelogram has a 72° angle and has side lengths of 8 cm and 14 cm.
Find its area to the nearest thousandth.
Figure in plane geometry formed by two rays or lines that share a common endpoint, called the vertex. The angle is measured in degrees using a protractor. The different types of angles are acute, obtuse, right, straight, and reflex.
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