Question

Q2: By using rectangular components method: i. Determine the resultant, R of the two forces shown in Figure 2 respect to x-y axes. (Note: the direction of R must be measured from x-axis) ii. Determine the resultant, R of the two forces shown in Figure 2 respect to x'-y' axes. (Note: the direction of R must be measured from x'-axis) 150 N 30° 20° Figure 2 35° 200 N

          Q2: By using rectangular components method:
i.
Determine the resultant, R of the two forces shown in Figure 2
respect to x-y axes. (Note: the direction of R must be measured
from x-axis)
ii.
Determine the resultant, R of the two forces shown in Figure 2
respect to x'-y' axes. (Note: the direction of R must be measured
from x'-axis)
150 N
30°
20°
Figure 2
35°
200 N

Q2: By using rectangular components method:
i.
Determine the resultant, R of the two forces shown in Figure 2
respect to x-y axes. (Note: the direction of R must be measured
from x-axis)
ii.
Determine the resultant, R of the two forces shown in Figure 2
respect to x'-y' axes. (Note: the direction of R must be measured
from x'-axis)
150 N
30°
20°
Figure 2
35°
200 N

Added by Lauren M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sikandar Baig

Step 1

First, we need to find the rectangular components of the given forces along the x and y axes. Let's call the given forces F1 and F2. F1 = 60 N (at 30° from the x-axis) F2 = 40 N (at 60° from the x-axis) Show more…

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Q2: By using rectangular components method: Determine the resultant, R of the two forces shown in Figure 2 respect to ry axes. (Note: the direction of R must be measured from X-axis) Determine the resultant, R of the two forces shown in Figure 2 respect to x'-y axes. (Note: the direction of R must be measured from x'-axis) IG0 N '0u N Figure 2