SOLUTION: A vector w , with a magnitude 250 km/h has a bearing of 70 degrees.
a) Resolve the vector into its components.
b) Find two vectors that are not perpendicular to each other that a
Algebra.Com
Question 1044217: A vector w , with a magnitude 250 km/h has a bearing of 70 degrees.
a) Resolve the vector into its components.
b) Find two vectors that are not perpendicular to each other that add to vector w.
Thank you for looking at this and helping me
Answer by josgarithmetic(39620) (Show Source): You can put this solution on YOUR website!
Give a couple of angles arbitrarily for part (b).
u=(r,85) if this vector is polar form, and another vector v=(r,50) in similar form, and assuming both vectors u and v are of size r. Not need to be, but just as an example.
You want .
Changing the form into components
(r*cos(85),r*sin(85))+(r*cos(50),r*sin(50))=(250*cos(70),250*sin(70))
-
RELATED QUESTIONS
A vector w , with a magnitude 250 km/h has a bearing of 70 degrees.
a) Resolve the... (answered by josgarithmetic)
3. Resolve the velocity of 80 km/h at a bearing of 290° into its rectangular vector... (answered by Alan3354)
Find the horizontal and vertical components of a vector that has a magnitude of 25 and... (answered by Alan3354)
let (vec)u =
1
5
-2
and (vec)v =
2
12
-3
find a vector w not in... (answered by richard1234)
The magnitude and direction of vector, resolve it into its x and y components (2,... (answered by fractalier)
Determine the magnitude of the horizontal and vertical components of each vector to the... (answered by Alan3354)
If vector a = 3i + 2j and vector b = 7i + 4j, find vector a + vector b as
a. a sum of... (answered by Fombitz)
A vector u with a magnitude of 150 lbs is inclined to the right and upward 52° from the... (answered by stanbon)
a vector has a magnitude of 18.3 centimeters and a direction of 38 degrees.find the... (answered by drj)