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NY Regents Geometry Vectors — practice questions

Explore 4 free Vectors questions in NY Regents Geometry Mathematics. Open each question or exercise to read its content, reference answers and available explanation.

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Vectors questions and exercises with answers

Showing questions 1–4 of 4.

Worked practice questions

Which two features identify a vector?

  1. Its magnitude and its origin
  2. Its magnitude and its direction
  3. Its endpoints and its slope
  4. Its length and its midpoint
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Correct answer: B. Its magnitude and its direction

1. A vector is drawn as a directed line segment with an arrowhead. 2. The length of that segment is its magnitude. 3. The way the arrowhead points is its direction. 4. The starting point is not part of the identity, which is why a vector can be slid to the origin. _Source: OpenStax Precalculus (CC BY 4.0), Ch 8 "Further Applications of Trigonometry", section 8.8 Vectors_

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What is the magnitude of the position vector with components 9 and 12?

  1. It is 21 units
  2. It is 11 units
  3. It is 15 units
  4. It is 25 units
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Correct answer: C. It is 15 units

1. The magnitude is found by the Pythagorean Theorem on the two components. 2. Squaring gives 81 and 144, which add to 225. 3. The square root of 225 is 15. 4. So the magnitude is 15 units. 5. Answering 21 units adds the components instead of squaring, adding, then taking the root. _Source: OpenStax Precalculus (CC BY 4.0), Ch 8 "Further Applications of Trigonometry", section 8.8 Vectors_

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When are two vectors counted as equal?

  1. Same magnitude and same start point
  2. Same direction and same start point
  3. Same length and opposite direction
  4. Same magnitude and same direction
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Correct answer: D. Same magnitude and same direction

1. A vector carries only two pieces of information, its magnitude and its direction. 2. Two vectors match exactly when both pieces agree. 3. Where each one starts is irrelevant, since both reduce to the same position vector. 4. Opposite directions cannot give equality, however well the lengths match. _Source: OpenStax Precalculus (CC BY 4.0), Ch 8 "Further Applications of Trigonometry", section 8.8 Vectors_

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