#8 8. In the figure above the horizontal grey bar is massless. The combination isaccelerating upward at 1 m/s². (Hint: Draw free body diagram for the masses)What are the tensions T3, T2, T₁ and T?T₁ = 10NT₂ = 40NC=T-SON ich case will the magnitude of the normal force on the block be equalT₁₂T = 60Nboth cases I and 2-T312 250-N force is directed horizontally as shown to pusha constsat speed. Determine the magnitude of the no 1kgcoefficient of kinetic friction, Pr10. If the angle between the bottom rope and the wall is 20°, what isthe tension in the rope?Trino1kgTsinQTiTrokg9,10. Each rope on the left supports the same weight. tween the two block A 30-N19. Which rope has the greatest tension? the figure.FT3T31kg po 1kgT₂10 kg10 kg10 kgT31kg

Name: #8 8. In the figure above the horizontal grey bar is massless. The com
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Description: #8 8. In the figure above the horizontal grey bar is massless. The combination isaccelerating upward at 1 m/s². (Hint: Draw free body diagram for the masses)What are the tensions T3, T2, T₁ and T?T₁ = 10NT₂ = 40NC=T-SON ich case will the magnitude of

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8. In the figure above the horizontal grey bar is massless accelerating upward at 1 m/s²2. (Hint: Draw free body diagram for the masses) What are the tensions T3, T2, T₁ and T? T₂ = ION 7₂ = 40N T₁ = 50Nich T = 60N 1 and 2- D) both B) cas T 12.150-N force is directed horizontally as shown to push 1kg Ti 1kg T₂ T3 T3 T3 a constat speed. Determine the magnitude of the no 1 kg 1 kg 1kg the T3 1kg