Replace the 12-kN force acting at point A by a force-couple system at (a) point O and (b) point B. 12 kN 30° 4m 5 m

A 50-N force acts at 60 degrees above the horizontal. What are the magnitudes of the horizontal and vertical components? * (2 Dointc)

8:18 Sum of Forces V Values Speed 3. The different in size of each of the rope's pullers, correspond to a difference in the magnitude of the applied force, such that: 150N 100N 50N 50N 4. Apply a 20ON force to the left rope, and 150 N to the right rope. What is the magnitude and direction of the Resultant Force? 5. Click on "Go". In what direction is the car moving? 6. Observe the speedometer on the car. As the car moves, what is happening with the velocity? Explain the cause of the velocity's behavior III

Can you help me solve this problem please? Assume no friction

I need help with last part

Question 19 A cat experiences an upward force of 9N, while it is sleeping inside an elevator. What is the magnitude and direction of the force needed to keep the cat in equilibrium? O 3N upward O 9N downward O 9N upward O 9.8N downward

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How to find the average force when only given two distances and two forces. Distance = 0m & 0.01m Force= 0N & 1.20N

12 N 60° (a) 15 N Practice Problems 20% (b) 30 (e) 1. Determine the r and y components of each of the force vectors above. 25 N

Three forces act on a body. Two of them are 7î – 13ĵN and 2î – 11ĵ. What is the value of the other force? a) -9î + 24ĵ b) -24î + 9ĵ c) 24î + 9ĵ d) -9î – 24ĵ