Determine the net torque (about the red dot) on the massless strut shown below. Use the FOR wherein + is counterclockwise. 5.0 N 4 m A. 28 Nm B. 50 Nm C. 0 Nm D. 11 Nm 6. A. 0 Nm If one were to remove the forces shown on the strut in question #5 and replace them with the following forces, determine the net torque about the red pivot point: Force #1: 4 N, 270° exerted at the red pivot point Force #2: 6 N, 90° exerted at the red pivot point Force #3: 10 N, 0° exerted at the left end Force #4: 7 N, 180° exerted at the right end B. 68 Nm C. 12 Nm D. 17 Nm 7. 5 m 4.0 N Which of the following is the best description of the situation in question #6? A. The system is in rotational equilibrium B. The system is in translational equilibrium C. The system is in complete equilibrium D. The system is not in equilibrium
Determine the net torque (about the red dot) on the massless strut shown below. Use the FOR wherein + is counterclockwise. 5.0 N 4 m A. 28 Nm B. 50 Nm C. 0 Nm D. 11 Nm 6. A. 0 Nm If one were to remove the forces shown on the strut in question #5 and replace them with the following forces, determine the net torque about the red pivot point: Force #1: 4 N, 270° exerted at the red pivot point Force #2: 6 N, 90° exerted at the red pivot point Force #3: 10 N, 0° exerted at the left end Force #4: 7 N, 180° exerted at the right end B. 68 Nm C. 12 Nm D. 17 Nm 7. 5 m 4.0 N Which of the following is the best description of the situation in question #6? A. The system is in rotational equilibrium B. The system is in translational equilibrium C. The system is in complete equilibrium D. The system is not in equilibrium
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All of these questions are connected based on question 5. Please solve all three. I need the help and I don't understand them. THANK YOU!
![5.
Determine the net torque (about the red dot) on the massless strut shown
below. Use the FOR wherein + is counterclockwise.
5.0 N
4 m
A. 28 Nm
B. 50 Nm
C. 0 Nm
D. 11 Nm
6.
A. 0 Nm
B. 68 Nm
If one were to remove the forces shown on the strut in question # 5 and
replace them with the following forces, determine the net torque about the red
pivot point:
Force #1: 4 N, 270° exerted at the red pivot point
Force #2: 6 N, 90° exerted at the red pivot point
Force #3: 10 N, 0° exerted at the left end
Force #4: 7 N, 180° exerted at the right end
C. 12 Nm
D. 17 Nm
7.
O
5 m
4.0 N
Which of the following is the best description of the situation in question #6?
A. The system is in rotational equilibrium
B. The system is in translational equilibrium
C. The system is in complete equilibrium
D. The system is not in equilibrium](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa89fcfbc-9661-4037-a401-8de41697cbc3%2F43ae47d5-fffb-4577-a838-4b8ce236dd66%2Fymlyofks_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5.
Determine the net torque (about the red dot) on the massless strut shown
below. Use the FOR wherein + is counterclockwise.
5.0 N
4 m
A. 28 Nm
B. 50 Nm
C. 0 Nm
D. 11 Nm
6.
A. 0 Nm
B. 68 Nm
If one were to remove the forces shown on the strut in question # 5 and
replace them with the following forces, determine the net torque about the red
pivot point:
Force #1: 4 N, 270° exerted at the red pivot point
Force #2: 6 N, 90° exerted at the red pivot point
Force #3: 10 N, 0° exerted at the left end
Force #4: 7 N, 180° exerted at the right end
C. 12 Nm
D. 17 Nm
7.
O
5 m
4.0 N
Which of the following is the best description of the situation in question #6?
A. The system is in rotational equilibrium
B. The system is in translational equilibrium
C. The system is in complete equilibrium
D. The system is not in equilibrium
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