Question

2) Given the following two displacement vectors: A = 33 km, south B = 26 km, 35° north of west a) Show the resultant displacement on the diagram. b) Resolve the two displacement vectors in their x and y components. X = 26 km Y = 33 km c) Apply the method of vector addition by means of components to find the magnitude and direction of the resultant displacement from the harbor.

          2) Given the following two displacement vectors:
A = 33 km, south
B = 26 km, 35° north of west
a) Show the resultant displacement
on the diagram.
b) Resolve the two displacement
vectors in their x and y components.
X = 26 km
Y = 33 km
c) Apply the method of vector addition by means of components to find the
magnitude and direction of the resultant displacement from the harbor.

2) Given the following two displacement vectors:
A = 33 km, south
B = 26 km, 35° north of west
a) Show the resultant displacement
on the diagram.
b) Resolve the two displacement
vectors in their x and y components.
X = 26 km
Y = 33 km
c) Apply the method of vector addition by means of components to find the
magnitude and direction of the resultant displacement from the harbor.

Added by Ronald V.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Surjit Tewari

06/13/2022

Step 1

3 km Y component = 26 km * sin(325°) = 14.9 km Show more…

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Given the following two displacement vectors: A = 33 km, south B = 26 km, 35° north of west a) Show the resultant displacement on the diagram. b) Resolve the two displacement vectors in their x and y components. c) Apply the method of vector addition by means of components to find the magnitude and direction of the resultant displacement from the harbor.