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A. Derived quantity B. Fundamental quantity C. Scalar quantity D. Vector quantity 2. How would you classify the force you exert on an object to change its position? B. Fundamental quantity C. Scalar quantity D. Vector quantity A. Derived quantity 3. Which of the following would best describe the resultant vector of two vectors projected from the same position and moving at different directions? C. Parallelogram method D. Polygon method A. Geometric method B. Graphical method 4. Which of the following quantities is considered a vector quantity?

A. Derived quantity B. Fundamental quantity C. Scalar quantity D. Vector quantity 2. How would you classify the force you exert on an object to change its position? B. Fundamental quantity C. Scalar quantity D. Vector quantity A. Derived quantity 3. Which of the following would best describe the resultant vector of two vectors projected from the same position and moving at different directions? C. Parallelogram method D. Polygon method A. Geometric method B. Graphical method 4. Which of the following quantities is considered a vector quantity?

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1. What would you call a quantity which only have a magnitude? A. Derived quantity B. Fundamental quantity C. Scalar quantity D. Vector quantity 2. How would you classify the force you exert on an object to change its position? B. Fundamental quantity C. Scalar quantity A. Derived quantity D. Vector quantity 3. Which of the following would best describe the resultant vector of two vectors projected from the same position and moving at different directions? C. Parallelogram method D. Polygon method A. Geometric method B. Graphical method 4. Which of the following quantities is considered a vector quantity? A. 5.0 miles B. 2.0 kg C. 10 °C 5. What is the magnitude of the resultant vector: 10.0m A. 1.7 m B. 4.0m 6. Which of the following statements is false? A. Scalar quantities have size or magnitude only. B. Vector quantities have both magnitude and direction. C. 16 m 6.0m A. Lengh, Area, Volume, Speed B. Acceleration, Area, Volume, Speed D. There is not enough information to determine the resultant vector 8. Which of the following would be the same as the tail to tip method? A. Graphical B. Parallelogram C. Polar 9. All of the following are vector quantities EXCEPT? A. Displacement B. Distance 10.Which of the following is properly grouped? D. 2.0 liter C. Mass (not weight), length and time are all scalar quantities. D. Distance, velocity and acceleration are all vector quantities. 7. What will be the magnitude of the resultant vector of two forces projected directly towards each other with exactly the same force? A. It will be equal to the square of the original vector B. The magnitude will be equal to the sum of the two forces C. It will be equal to zero since the forces will cancel each other D. 60 m D. Polygon C. Pressure C. Acceleration, Area, Gravity, Speed D. Lengh, Area, Volume, Weight D. Force
Transcribed Image Text:1. What would you call a quantity which only have a magnitude? A. Derived quantity B. Fundamental quantity C. Scalar quantity D. Vector quantity 2. How would you classify the force you exert on an object to change its position? B. Fundamental quantity C. Scalar quantity A. Derived quantity D. Vector quantity 3. Which of the following would best describe the resultant vector of two vectors projected from the same position and moving at different directions? C. Parallelogram method D. Polygon method A. Geometric method B. Graphical method 4. Which of the following quantities is considered a vector quantity? A. 5.0 miles B. 2.0 kg C. 10 °C 5. What is the magnitude of the resultant vector: 10.0m A. 1.7 m B. 4.0m 6. Which of the following statements is false? A. Scalar quantities have size or magnitude only. B. Vector quantities have both magnitude and direction. C. 16 m 6.0m A. Lengh, Area, Volume, Speed B. Acceleration, Area, Volume, Speed D. There is not enough information to determine the resultant vector 8. Which of the following would be the same as the tail to tip method? A. Graphical B. Parallelogram C. Polar 9. All of the following are vector quantities EXCEPT? A. Displacement B. Distance 10.Which of the following is properly grouped? D. 2.0 liter C. Mass (not weight), length and time are all scalar quantities. D. Distance, velocity and acceleration are all vector quantities. 7. What will be the magnitude of the resultant vector of two forces projected directly towards each other with exactly the same force? A. It will be equal to the square of the original vector B. The magnitude will be equal to the sum of the two forces C. It will be equal to zero since the forces will cancel each other D. 60 m D. Polygon C. Pressure C. Acceleration, Area, Gravity, Speed D. Lengh, Area, Volume, Weight D. Force
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