Solve the problems below by using the component method of vector addition to find the resultant. Make sure that the resultant has both magnitude and direction because it is a vector quantity. Show all work by setting up the chart and showing the equations for each problem and circle your final answer. Make sure to include correct units. 1. Solve for the resultant displacement of the two vectors: A = 2.3 km @ 45 degrees B = 4.8 km @ 90 degrees Rubric: Complete Solution Correct Answer
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3 km at 45°. So, vector A in component form will be: \[2.3 \cos(45°) \text{ i} + 2.3 \sin(45°) \text{ j}\] Show more…
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Ravindra Y.
Solve the problems below by using the component method of vector addition to find the resultant. Make sure that the resultant has both magnitude and direction because it is a vector quantity. Show all work by setting up the chart and showing the equations for each problem and circle your final answer. Make sure to include correct units. 1. Solve for the resultant displacement of the two vectors: A = 2.3 km @ 45 degrees B = 4.8 km @ 90 degrees
Adrian O.
Solve for the resultant displacement of the two vectors: A = 2.3 km at 45 degrees B = 4.8 km at 90 degrees
Prabhu R.
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