I. Model Problems. II. Vector Basics III. Addition Of Vectors IV. Find Resultant Magnitude V. Find Angle associated with Resultant VI.

Similar documents
Directio n I. Model Problems. In the following problem you will learn to show vector addition using the tail-to-tip method. Find.

II. Vector Basics 1. What is the magnitude and direction of """""#?! B What is the magnitude and direction of $% """""#? R

I. Model Problems. II. Practice III. Challenge Problems VI. Answer Key

Math 144 Activity #10 Applications of Vectors

CONTENTS. INTRODUCTION MEQ curriculum objectives for vectors (8% of year). page 2 What is a vector? What is a scalar? page 3, 4

Math 144 Activity #9 Introduction to Vectors

3.3 Operations With Vectors, Linear Combinations

Correction key. Example of an appropriate method. be the wind vector x = 120 and x = y = 160 and y = 10.

Math Section 4.3 Unit Circle Trigonometry

Lab Manual for Engrd 202, Virtual Torsion Experiment. Aluminum module

Here is a sample problem that shows you how to use two different methods to add twodimensional

Math Section 4.3 Unit Circle Trigonometry

Lesson 81: The Cross Product of Vectors

Math Worksheet 1 SHOW ALL OF YOUR WORK! f(x) = (x a) 2 + b. = x 2 + 6x + ( 6 2 )2 ( 6 2 )2 + 7 = (x 2 + 6x + 9) = (x + 3) 2 2

Chapter 2 A Mathematical Toolbox

6.4 VECTORS AND DOT PRODUCTS

sin u 5 opp } cos u 5 adj } hyp opposite csc u 5 hyp } sec u 5 hyp } opp Using Inverse Trigonometric Functions

Chapter 3. Vectors and. Two-Dimensional Motion Vector vs. Scalar Review

FORCE TABLE INTRODUCTION

Math Worksheet 1. f(x) = (x a) 2 + b. = x 2 6x = (x 2 6x + 9) = (x 3) 2 1

7.4. The Primary Trigonometric Ratios. LEARN ABOUT the Math. Connecting an angle to the ratios of the sides in a right triangle. Tip.

Which of these statements are true? A) 1, 2 and 3 only C) 2, 4 and 5 only. B) 1, 2 and 5 only D) 1, 3 and 4 only

6.3 Vectors in a Plane

SECTION 6.7. The Dot Product. Preview Exercises. 754 Chapter 6 Additional Topics in Trigonometry. 7 w u 7 2 =?. 7 v 77w7

Vectors in Rn un. This definition of norm is an extension of the Pythagorean Theorem. Consider the vector u = (5, 8) in R 2

VECTORS. Given two vectors! and! we can express the law of vector addition geometrically. + = Fig. 1 Geometrical definition of vector addition

Objectives and Essential Questions

Math 116 First Midterm October 14, 2009

Math 2 Trigonometry. People often use the acronym SOHCAHTOA to help remember which is which. In the triangle below: = 15

Lecture 3. (2) Last time: 3D space. The dot product. Dan Nichols January 30, 2018

9/29/2014. Chapter 3 Kinematics in Two Dimensions; Vectors. 3-1 Vectors and Scalars. Contents of Chapter Addition of Vectors Graphical Methods

8-2 Trigonometric Ratios

9.4 Polar Coordinates

Lecture Notes (Vectors)

GUIDED NOTES 6.4 GRAPHS OF LOGARITHMIC FUNCTIONS

8 Right Triangle Trigonometry

Mathematical review trigonometry vectors Motion in one dimension

Graphical Analysis; and Vectors

Worksheet 1.1: Introduction to Vectors

The Cross Product of Two Vectors in Space DEFINITION. Cross Product. u * v = s ƒ u ƒƒv ƒ sin ud n

Experiment 3: Vector Addition

ATHS FC Math Department Al Ain Revision worksheet

5.5 U-substitution. Solution. Z

4.4 Graphs of Logarithmic Functions

Vectors. A Vector is a quantity that has both magnitude and direction

UNIT 2E. Forces on Inclined Planes

GUIDED NOTES 5.6 RATIONAL FUNCTIONS

MECHANICS. Prepared by Engr. John Paul Timola

Vectors. Vector Practice Problems: Odd-numbered problems from

Vectors. Chapter 3. Arithmetic. Resultant. Drawing Vectors. Sometimes objects have two velocities! Sometimes direction matters!

An angle in the Cartesian plane is in standard position if its vertex lies at the origin and its initial arm lies on the positive x-axis.

Acceleration and Force: I

EPUB / SOLVING EQUATIONS WITH VARIABLES ON BOTH SIDES WORKSHEET DOCUMENT

Vectors (Trigonometry Explanation)

UNIT 2 ALGEBRA II TEMPLATE CREATED BY REGION 1 ESA UNIT 2

Chapter 3 Kinematics in Two Dimensions; Vectors

AP Physics 1 Dynamics Free Response Problems ANS KEY

Chapter 4/5 Part 2- Trig Identities and Equations

Lecture Notes: Finite Element Analysis, J.E. Akin, Rice University

Chapter 5: Double-Angle and Half-Angle Identities

Secondary Math GRAPHING TANGENT AND RECIPROCAL TRIG FUNCTIONS/SYMMETRY AND PERIODICITY

Rose Curve / G. TEACHER NOTES MATH NSPIRED: PRECALCULUS. Math Objectives. Vocabulary. About the Lesson. TI-Nspire Navigator TM

MATH 32 FALL 2012 FINAL EXAM - PRACTICE EXAM SOLUTIONS

Unit 5 Day 6 Law of Cosines

Vectors. In kinematics, the simplest concept is position, so let s begin with a position vector shown below:

Successful completion of the core function transformations unit. Algebra manipulation skills with squares and square roots.

Indiana Academic Standards for Precalculus

X ; this can also be expressed as

8-1 Introduction to Vectors

Prof. Israel N Nwaguru MATH 1316 CHAPTER 3 - REVIEW

By the end of this set of exercises, you should be able to. recognise the graphs of sine, cosine and tangent functions

Chapter 5: Forces in Two Dimensions. Click the mouse or press the spacebar to continue.

Trigonometry Math 076

Unit 3 Day 13 Review 1

Worksheet 1.4: Geometry of the Dot and Cross Products

Name Period. Date: Topic: 9-2 Circles. Standard: G-GPE.1. Objective:

Exercise Set 4.3: Unit Circle Trigonometry

9.7 Extension: Writing and Graphing the Equations

Practice Test - Chapter 4

Circle - Circumference

4 The Trigonometric Functions

Chapter 7.4: Vectors

CE 201 Statics. 2 Physical Sciences. Rigid-Body Deformable-Body Fluid Mechanics Mechanics Mechanics

Math 2 Variable Manipulation Part 7 Absolute Value & Inequalities

Get acquainted with the computer program, The Quadratic Transformer. When you're satisfied that you understand how it works, try the tasks below.

Practice Test - Chapter 4

Core Mathematics 2 Trigonometry

Pre-AP Geometry 8-2 Study Guide: Trigonometric Ratios (pp ) Page! 1 of! 14

6.4 graphs OF logarithmic FUnCTIOnS

Advanced Mathematics Unit 2 Limits and Continuity

Advanced Mathematics Unit 2 Limits and Continuity

MCR3U Skills Review. Study Tips. Unit 1 Polynomials and Functions

Chapter 5. Forces in Two Dimensions

PROBLEM rad/s r. v = ft/s

Trigonometry. General Outcome: Develop trigonometric reasoning.

Find the component form of with initial point A(1, 3) and terminal point B(1, 3). Component form = 1 1, 3 ( 3) (x 1., y 1. ) = (1, 3) = 0, 6 Subtract.

Chapter 3. Vectors and Two-Dimensional Motion

Troy High School AP Calculus Summer Packet

General Physics (PHY 2130)

Introduction Assignment

Transcription:

www.mathworksheetsgo.com On Twitter: twitter.com/mathprintables I. Model Problems. II. Vector Basics III. Addition Of Vectors IV. Find Resltant Magnitde V. Find Angle associated with Resltant VI. Answer Key Web Resorces Vectors : www.mathwarehose.com/ectors Resltant Vectors : www.mathwarehose.com/ectors/resltant-ector.php www.mathworksheetsgo.com All Rights Resered Commercial Use Prohibited Terms of Use: By downloading this file yo are agreeing to the Terms of Use Described at http://www.mathworksheetsgo.com/downloads/terms-of-se.php. Online Graphing Calclator : www.mathworksheetsgo.com/tools/free-online-graphing-calclator.php Free Printable Math Worksheets www.mathworksheetsgo.com

Vectors represent magnitde and direction. Vectors can be named like a ray, or in bold with one letter in bold, (or in handwritten text). The magnitde of ector is the size of a ector often representing force or elocity. The direction of a ector is an angle measrement where 0 is to the right on the horizontal. 180 135 Directio n 90 45 0 225 270 315 I. Model Problems In the following problem yo will learn to show ector addition sing the tail-to-tip method. Find. Translate. Slide along so that the tail of is at the tip of. 75 75 Draw the resltant ector,, which starts at the tail of and ends at the tip of. 75 75

In the following problem yo will find the magnitde and direction of a resltant ector. Problem: Sketch the ectors. A ector has a magnitde of 10 and a direction of 0. A ector has a magnitde of 6 and a direction of 50. Find the direction and magnitde of to the nearest whole ales. 50 Translate and draw the resltant. 6 Find the spplementary angle to find an angle of the triangle. Use Law of Cosines to find the magnitde, m, of. Law of Cosines Sbstitte. Simplify. Ѳ Ѳ 1 1 130 50 6 50 Label with new information. Rond. 15 6 Use Law of Sines to find the direction, Ѳ, of. Law of Sines Sbstitte. Isolate. Ѳ 1 130 50 Find the inerse. Rond to the nearest whole degree.

has a magnitde of 15 and a direction of 18. In the following problems yo will find information abot the resltant ector of two forces applied to an object Problem: Two forces with magnitdes of 15 ponds and 35 ponds are applied to an object. The magnitde of the resltant is 28 ponds. Find the measrement of the angle between the resltant ector and the ector of the 15 pond force to the nearest whole degree. Sketch the problem. Remember this is 15 lb Ѳ a sketch. The 28 lb actal angles may 15 lb 35 lb look ery different. 35 lb Law of Cosines Sbstitte. Simplify. Isolate. Find the inerse. Rond to the nearest degree. Problem: Sketch the problem. Remember this is a sketch. The actal angles may look ery different. Two forces with magnitdes of 15 ponds and 35 ponds and an angle of 40 between them are applied to an object. Find the magnitde of the resltant ector. 15 lb 40 35 lb 15 lb 40 35 lb 140 m Law of Cosines Sbstitte. Simplify. lb

II. Vector Basics 1. What is the magnitde and direction of 2. What is the magnitde and direction of 8.5 B 4.5 lb R 110 A 28 T 3. What is the magnitde and direction of 4. Sketch the resltant ector. J 12 lb 70 K 20 5. Sketch the resltant ector. 6. Sketch the resltant ector. 115 85 7. What is the magnitde and direction of the resltant in the sketch below 8. What is the magnitde and direction of the resltant in the sketch below 10 13 27 110 53 6 12 17 12 103 60 4 9. What is the magnitde and direction of the resltant in the sketch below 9 53 15 90 37 12

III. Addition of Vectors 10. Vector has a magnitde of 20 and a direction of 0. Vector has a magnitde of 40 and a direction of 60. Find the magnitde and direction of the resltant to the nearest whole 11. Vector has a magnitde of 15 and a direction of 0. Vector has a magnitde of 18 and a direction of 70. Find the magnitde and direction of the resltant to the nearest whole 18 40 60 20 70 15 12. Vector has a magnitde of 24 and a direction of 0. Vector has a magnitde of 40 and a direction of 115. Find the magnitde and direction of the resltant to the nearest whole (contined on next page)

IV. Find the magnitde of the resltant ector when two forces are applied to an object. 13. Two forces with magnitdes of 20 ponds and 14 ponds and an angle of 55 between them are applied to an object. Find the magnitde of the resltant ector to the nearest whole 14. Two forces with magnitdes of 48 ponds and 65 ponds and an angle of 80 between them are applied to an object. Find the magnitde of the resltant ector to the nearest whole 20 lb 55 14 lb 65 lb 80 48 lb 15. Two forces with magnitdes of 70 ponds and 40 ponds and an angle of 130 between them are applied to an object. Find the magnitde of the resltant ector to the nearest whole 16. Two forces with magnitdes of 77 ponds and 45 ponds and an angle of 43 between them are applied to an object. Find the magnitde of the resltant ector to the nearest whole 17. Two forces with magnitdes of 62 ponds and 62 ponds and an angle of 145 between them are applied to an object. Find the magnitde of the resltant ector to the nearest whole

V. Find the angle measrements between the resltant ector and force ector when two forces are applied to an object. 18. Two forces with magnitdes of 15 ponds and 10 ponds are applied to an object. The magnitde of the resltant is 24 ponds. Find the measrement of the angle between the resltant ector and the ector of the 10 pond force to the nearest whole degree. 19. Two forces with magnitdes of 6 ponds and 18 ponds are applied to an object. The magnitde of the resltant is 13 ponds. Find the measrement of the angle between the resltant ector and the ector of the 18 pond force to the nearest whole degree. 20 lb 14 lb 18 lb 14 lb 20 lb 24 lb 18 lb 6 lb 6 lb 13 lb 20. Two forces with magnitdes of 45 ponds and 62 ponds are applied to an object. The magnitde of the resltant is 100 ponds. Find the measrement of the angle between the resltant ector and the ector of the 45 pond force to the nearest whole degree. 21. Two forces with magnitdes of 200 ponds and 340 ponds are applied to an object. The magnitde of the resltant is 150 ponds. Find the measrement of the angle between the resltant ector and the ector of the 200 pond force to the nearest whole degree. 22. Two forces with magnitdes of 40 ponds and 42 ponds are applied to an object. The magnitde of the resltant is 31ponds. Find the measrement of the angle between the resltant ector and the ector of the 42 pond force to the nearest whole degree.

V. Challenge Problems 23. Vector has a magnitde of 53 and a direction of 0. Vector has a magnitde of 10 and a direction of 295. Find the magnitde and direction of the resltant to the nearest whole 24. Vector has a magnitde of 27 and a direction of 40. Vector has a magnitde of 34 and a direction of 58. Find the magnitde and direction of the resltant to the nearest whole 18 lb 34 27 40 58 25. Use ectors to answer the following qestions. a) If two forces from different directions are applied to an object, can the magnitde of the resltant be larger than the sm of the magnitdes of the forces? Jstify yor answer. b) What if the forces were from the same direction? Jstify yor answer.

VI. Answers 1. 8.5, 28 2. 4.5 lb, 250 3. 12 lb, 310 4. + 160 20 5. + 65 115 6. + 105 85 7. 13, 27 8. 12, 343 9. 15, 307 10. 53, 41 11. 27, 39 12. 37, 78 13. 30 lb 14. 87 lb 15. 54 lb 16. 114 lb 17. 37 lb 18. 76 19. 12 20. 25 21. 152 22. 47 23. 58, 351 24. 73, 44 25. a) No, the sm of two sides is greater than the third therefore the magnitde of the resltant is less than the sm of the two forces. b) The magnitde of the resltant is eqal the sm of the two forces.