Find the horizontal, Rx and the vertical, Ry vector components for this vector.
Rx = 8.19 m/s, Ry = 5.74 m/s.
Rx = 5.74 m/s, Ry = 8.19 m/s.
Hint
Find the horizontal, Rx and the vertical, Ry vector components for this vector.
Rx = 8.60 N, Ry = 7.27N.
Rx = 7.27N, Ry = 8.60 N.
Hint
Find the horizontal, Rx and the vertical, Ry vector components for this vector.
Rx = 3.25 m/s2, Ry = 3.88 m/s2.
Rx = 3.88 m/s2, Ry = 3.25 m/s2.
Hint
Given this vector's shown vertical and horizontal components, what is the resultant's magnitude and direction? The resultant is shown in black.
11.40N, 52 degrees
11.40N, 322degrees
16N, 52 degrees
16N, 322 degrees
Below you are given two vectors, R1 the R2. When finding the resultant from adding these two vectors, you must come up with an Rx and an Ry value. What are those Rx and Ry values?
Rx= 7T, Ry= 7T
Rx= 4T, Ry= 7T
Rx= 7T, Ry= 3T
Rx= 3.61T, Ry= 6.40 T
Rx= 1 T, Ry= 7 T
Below you are given two vectors, R1 the R2. When finding the resultant from adding these two vectors, you must come up with an Rx and an Ry value. What are those Rx and Ry values?
Rx= 8T, Ry= 6T
Rx= -2T, Ry= 8T
Rx= -2T, Ry= -8T
Rx= -8T, Ry= 6T
Below you are given three vectors, R1, R2 and R3. When finding the resultant from adding these three vectors, you must come up with an Rx and an Ry value. What are those Rx and Ry values?