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Two equal forces , F, now pull on the ends of the rod as shown.
Draw a FBD, Write 2nd Law equations and find the tension.
Is the rod in STATIC EQUILIBRIUM? Explain
If it moves describe the motion

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sword Manager Apply to Virginia's... Apply to Virginia's... Northern Virginia C... Apply for Financial... N Student Lin Looking at the image below, and placing the pivot point at the hinge on the wall, determine which of the following torque equation is correctly written. Call L the length of the bar, M the mass of the bar, T the tension on the rope, F the force at the hinge. 45% E 2 7 20° 400 N O TL sin(65) = 400L sin(70) + Mg() sin(70) O TL sin(65) = 400 sin(70) + MgL sin(70) ○ TL sin(45) = 400L cos (20) + Mg() cos(20) + с A # 3 F3 X. 4 F4 F5 % 5 F F6 6 F7 & 7 F8 F9 09 O F10 - ) C F11 0