Ask a New Question
Search
Asked by
NeilMar
Displacement vector A is 4.5 km north. Displacement vector B is 3.0 km 50o N of E. Finds their resultant vector using the parallelogram method.
Answers
Answers
Answered by
oobleck
The diagonal z of the parallelogram is
z^2 = 4.5^2 + 3.0^2 - 2*4.5*3.0 cos140°
z = 7.07
4.5cis90° + 3.0 cis50° = 7.07 @ 74.17°
Answered by
Raven
Can this be solved using the analytical method? If yes, can you show how to solved it? I’m having a hard time with my homework.
Related Questions
Related
A displacement vector r in the xy plane is 6 m long and directed at angle [Theta] = 36°. Determine t...
Find the displacement vector from the point(0,3-1) to the point (-2,6,4)give your answer in i,j,k no...
If a set of displacement vectors laid head to tail forms a closed polygon, the resultant is zero. Is...
The displacement vector for a 15.0 second interval of a jet airplane's flight is (3150, −2430) m. (a...
Displacement vector [3, 0 , -2] and [-1,5,2]displacement vector , both measured in meters. Find...
Displacement vector points due east and has a magnitude of 2.69 km. Displacement vector points due...
The displacement vector has scalar components of Ax = 80.0 m and Ay = 60.0 m. The displacement vect...
A displacement vector r in the xy plane is 15m long and directed ...
vector A = a displacement of 20 m due east vector B = a displacement of 30 m north find the magnit...
if the displacement vector in m are given as A 12i+25j+13k and B 3i+7k t find the resultant vector...