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Instructions: on Occasion, the Notation = [A, θ] Will

question 8

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Instructions: On occasion, the notation Instructions: On occasion, the notation = [A, θ] will be a shorthand notation for . -Dana says any vector can be represented as the sum of two vectors: . Ardis says any vector can be represented as the difference of two vectors: . Which one, if either, is correct? A) They are both wrong: every vector is unique. B) Dana is correct: Any vector can be represented as a sum of components and not as a difference. C) Ardis is correct: Any vector can be represented as a difference of vector components and not as a sum. D) They are both correct: A difference of vectors is a sum . E) They are both wrong: Vectors can be moved as long as they keep the same magnitude and direction. = [A, θ] will be a shorthand notation for Instructions: On occasion, the notation = [A, θ] will be a shorthand notation for . -Dana says any vector can be represented as the sum of two vectors: . Ardis says any vector can be represented as the difference of two vectors: . Which one, if either, is correct? A) They are both wrong: every vector is unique. B) Dana is correct: Any vector can be represented as a sum of components and not as a difference. C) Ardis is correct: Any vector can be represented as a difference of vector components and not as a sum. D) They are both correct: A difference of vectors is a sum . E) They are both wrong: Vectors can be moved as long as they keep the same magnitude and direction. .
-Dana says any vector Instructions: On occasion, the notation = [A, θ] will be a shorthand notation for . -Dana says any vector can be represented as the sum of two vectors: . Ardis says any vector can be represented as the difference of two vectors: . Which one, if either, is correct? A) They are both wrong: every vector is unique. B) Dana is correct: Any vector can be represented as a sum of components and not as a difference. C) Ardis is correct: Any vector can be represented as a difference of vector components and not as a sum. D) They are both correct: A difference of vectors is a sum . E) They are both wrong: Vectors can be moved as long as they keep the same magnitude and direction. can be represented as the sum of two vectors: Instructions: On occasion, the notation = [A, θ] will be a shorthand notation for . -Dana says any vector can be represented as the sum of two vectors: . Ardis says any vector can be represented as the difference of two vectors: . Which one, if either, is correct? A) They are both wrong: every vector is unique. B) Dana is correct: Any vector can be represented as a sum of components and not as a difference. C) Ardis is correct: Any vector can be represented as a difference of vector components and not as a sum. D) They are both correct: A difference of vectors is a sum . E) They are both wrong: Vectors can be moved as long as they keep the same magnitude and direction. . Ardis says any vector Instructions: On occasion, the notation = [A, θ] will be a shorthand notation for . -Dana says any vector can be represented as the sum of two vectors: . Ardis says any vector can be represented as the difference of two vectors: . Which one, if either, is correct? A) They are both wrong: every vector is unique. B) Dana is correct: Any vector can be represented as a sum of components and not as a difference. C) Ardis is correct: Any vector can be represented as a difference of vector components and not as a sum. D) They are both correct: A difference of vectors is a sum . E) They are both wrong: Vectors can be moved as long as they keep the same magnitude and direction. can be represented as the difference of two vectors: Instructions: On occasion, the notation = [A, θ] will be a shorthand notation for . -Dana says any vector can be represented as the sum of two vectors: . Ardis says any vector can be represented as the difference of two vectors: . Which one, if either, is correct? A) They are both wrong: every vector is unique. B) Dana is correct: Any vector can be represented as a sum of components and not as a difference. C) Ardis is correct: Any vector can be represented as a difference of vector components and not as a sum. D) They are both correct: A difference of vectors is a sum . E) They are both wrong: Vectors can be moved as long as they keep the same magnitude and direction. . Which one, if either, is correct?

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