Vector Quantities zpqngdm pg 2 - EASY

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Questions and Answers

Which characteristic distinguishes vector quantities from scalar quantities?

  • Vectors can only be represented numerically.
  • Vectors have both magnitude and direction. (correct)
  • Vectors can be added using simple arithmetic.
  • Vectors have only magnitude.

How can the magnitude of a vector quantity be visually represented?

  • By an elaborate written description.
  • By a numerical value only.
  • Using an arrow where the length indicates magnitude. (correct)
  • Through graphs without arrows.

What can be inferred about scalar quantities in comparison to vector quantities?

  • They require direction for measurement.
  • They depend on both magnitude and direction.
  • They have a priority in calculations over vector quantities.
  • They can be manipulated similarly to whole numbers. (correct)

In which scenario would you use vector quantities instead of scalar quantities?

<p>Determining the speed of a moving car in a specific direction. (B)</p> Signup and view all the answers

Which of the following statements is true regarding the representation of vector quantities?

<p>A vector can be represented graphically with arrows of varying lengths. (A)</p> Signup and view all the answers

Flashcards

Scalar Quantity

Scalar quantities are defined by magnitude alone, without a directional component.

Calculating Total Mass

The total mass is found by summing the individual masses.

Temperature Increase

The temperature increase is the difference between the final and initial temperatures.

Adding Scalar Quantities

Scalar quantities are combined through basic addition.

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Manipulating Scalar Quantities

Scalar quantities can be combined using addition and subtraction.

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Vector Quantity

Vector quantities possess both magnitude and direction, unlike scalars.

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Magnitude Representation

The length of the arrow represents the magnitude of the vector.

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Scalars vs. Whole Numbers

Scalar quantities are manipulated via basic arithmetic.

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When to Use Vectors

Vector quantities are used when direction matters.

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Vector Representation

Arrows of different lengths represent different magnitudes of vector quantities.

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