Question

3.1 Part B Vector a is given in terms of x-y coordinates (i, j unit vectors) as, a=3i+4j. Transform the vector from the x-y coordinates to the n-t coordinates (with unit vectors en and et) that are rotated 30 degrees as shown in the figure. Give your answer in the form of a = _ en + _ et (that is, fill in the magnitudes of the components of the vector in the directions of the new coordinate system)

          3.1 Part B
Vector a is given in terms of x-y coordinates (i, j unit vectors) as,
a=3i+4j. Transform the vector from the x-y coordinates to the n-t
coordinates (with unit vectors en and et) that are rotated 30 degrees
as shown in the figure. Give your answer in the form of
a = ___ en + ___ et (that is, fill in the magnitudes of the
components of the vector in the directions of the new coordinate
system)

3.1 Part B
Vector a is given in terms of x-y coordinates (i, j unit vectors) as,
a=3i+4j. Transform the vector from the x-y coordinates to the n-t
coordinates (with unit vectors en and et) that are rotated 30 degrees
as shown in the figure. Give your answer in the form of
a = en + et (that is, fill in the magnitudes of the
components of the vector in the directions of the new coordinate
system)

Added by David S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Sri K

07/03/2023

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a= en+ et (that is, fill in the magnitudes of the et en Show more…

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Vector a is given in terms of x-y coordinates (i, j unit vectors) as, a=3i+4j. Transform the vector from the x-y coordinates to the n-t coordinates (with unit vectors en and et) that are rotated 30 degrees as shown in the figure. Give your answer in the form of a = ___ en + ___ et (that is, fill in the magnitudes of the components of the vector in the directions of the new coordinate system)