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On Occasion, the Notation Will Be a Shorthand Notation

Question 36

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On occasion, the notation On occasion, the notation will be a shorthand notation for . A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m. ​ ​ Use this exhibit to answer the following question(s) . -The child's displacement is: A) B) C) D) ​ E) will be a shorthand notation for On occasion, the notation will be a shorthand notation for . A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m. ​ ​ Use this exhibit to answer the following question(s) . -The child's displacement is: A) B) C) D) ​ E) .
A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m.
​ On occasion, the notation will be a shorthand notation for . A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m. ​ ​ Use this exhibit to answer the following question(s) . -The child's displacement is: A) B) C) D) ​ E) ​
Use this exhibit to answer the following question(s) .
-The child's displacement is:


A) On occasion, the notation will be a shorthand notation for . A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m. ​ ​ Use this exhibit to answer the following question(s) . -The child's displacement is: A) B) C) D) ​ E)
B) On occasion, the notation will be a shorthand notation for . A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m. ​ ​ Use this exhibit to answer the following question(s) . -The child's displacement is: A) B) C) D) ​ E)
C) On occasion, the notation will be a shorthand notation for . A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m. ​ ​ Use this exhibit to answer the following question(s) . -The child's displacement is: A) B) C) D) ​ E)
D) ​ On occasion, the notation will be a shorthand notation for . A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m. ​ ​ Use this exhibit to answer the following question(s) . -The child's displacement is: A) B) C) D) ​ E)
E) On occasion, the notation will be a shorthand notation for . A child starts at one corner of a cubical jungle gym in a playground and climbs up to the diagonally opposite corner. The original corner is the coordinate origin, and the x, y and z axes are oriented along the jungle gym edges. The length of each side is 2 m. ​ ​ Use this exhibit to answer the following question(s) . -The child's displacement is: A) B) C) D) ​ E)

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