Find the magnitude of the force F and its direction (theta) so that the particle P is in equilibrium with the two other
Posted: Wed May 18, 2022 8:42 am
Find the magnitude of the force F and its direction (theta) so
that the particle P is in equilibrium with the two other forces
shown in the diagram below. Report your answers with proper units
and with two significant digits for both magnitude and
direction.
Possible Options:
Magnitude = 7549N = 7.5 kN Direction = 14.33 = 14 degrees
(theta)
Magnitude = 8544N = 8.5 kN Direction = 34.4 = 34 degrees
(theta)
Magnitude = 6444N = 6.4 kN Direction = 24.43 = 24 degrees
(theta)
Magnitude = 9545N = 9.5 kN Direction = 64.45 = 64 degrees
(theta)
y F 3 kN 35° P ө х 55° 8 kN
that the particle P is in equilibrium with the two other forces
shown in the diagram below. Report your answers with proper units
and with two significant digits for both magnitude and
direction.
- Find The Magnitude Of The Force F And Its Direction Theta So That The Particle P Is In Equilibrium With The Two Other 1 (48.63 KiB) Viewed 62 times
Magnitude = 7549N = 7.5 kN Direction = 14.33 = 14 degrees
(theta)
Magnitude = 8544N = 8.5 kN Direction = 34.4 = 34 degrees
(theta)
Magnitude = 6444N = 6.4 kN Direction = 24.43 = 24 degrees
(theta)
Magnitude = 9545N = 9.5 kN Direction = 64.45 = 64 degrees
(theta)
y F 3 kN 35° P ө х 55° 8 kN