Kinematics inTwo Dimensions; VectorsIKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?ABKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile MotionKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative VelocitKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 PKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 RelaKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocitytive Velocityrojectile Motion Is Parabolic38 RelaKinematics inTwo Dimensions; VectorsIKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?ABKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile MotionKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative VelocitKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 PKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 RelaKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocitytive Velocityrojectile Motion Is Parabolic38 Relative VelocityyKinematics inTwo Dimensions; VectorsIKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?ABKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile MotionKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative VelocitKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 PKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 RelaKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocitytive Velocityrojectile Motion Is Parabolic38 Relative VelocityyKinematics inTwo Dimensions; VectorsIKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?ABKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile MotionKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative VelocitKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 PKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 RelaKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocitytive Velocityrojectile Motion Is Parabolic38 Relative VelocityyKinematics inTwo Dimensions; VectorsIKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?ABKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In parKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile MotionKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocity(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative VelocitKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 PKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 RelaKinematics inTwo Dimensions; VectorsI(b)(a)CHAPTER-OPENING QUESTIONGuess now![Dont worry about getting the right answer nowyou will get another chance later in theChapter. See also p. 1 of Chapter 1 for more explanation.]A small heavy box of emergency supplies is dropped from a moving helicopter atpoint A as it flies at constant speed in a horizontal direction. Which path in thedrawing below best describes the path of the box (neglecting air resistance) asseen by a person standing on the ground?AB(c)(d)(e)n Chapter 2 we dealt with motion along a straight line. We now consider themotion of objects that move in paths in two (or three) dimensions. In par*CONTENTS331 Vectors and Scalars32 Addition of VectorsGraphical Methods33 Subtraction of VMultiplication of a by a Scalar34 Adding Vectors Components35 Projectile Motion36 Solving Projectile MotionProblems37 Projectile Motion Is Parabolic38 Relative Velocitytive Velocityrojectile Motion Is Parabolic38 Relative Velocityytive Velocityy