A jogger travels a route that has two parts. The first is a displacement ( vec{A} ) of ( 1.90 mathrm{~km} ) due south, and the second involves a displacement ( vec{B} ) that points due east. The resultant displacement ( vec{A}+ vec{B} ) has a magnitude of ( 3.80 mathrm{~km} ). (a) What is the magnitude of ( vec{B} ), and (b) what solutionspile.com

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A jogger travels a route that has two parts. The first is a displacement  (  vec{A}  ) of  ( 1.90  mathrm{~km}  ) due south, and the second involves a displacement  (  vec{B}  ) that points due east. The resultant displacement  (  vec{A}+ vec{B}  ) has a magnitude of  ( 3.80  mathrm{~km}  ). (a) What is the magnitude of  (  vec{B}  ), and (b) what is the direction of  (  vec{A}+ vec{B}  ) as a positive angle relative to due south? Suppose that  (  vec{A}  cdot  vec{B}  ) had a magnitude of  ( 3.80  mathrm{~km}  ). (c) What then would be the magnitude of  (  vec{B}  ), and (d) what is the direction of  (  vec{A}- vec{B}  ) relative to due south? solutionspile.com

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(Solved): A jogger travels a route that has two parts. The first is a displacement \( \vec{A} \) of \( 1.90 \ ...

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