Question

Options for question 1 [Select] The figure shows four blocks linked by three cords. The set of blocks is being pulled by a horizontal force F of magnitude 20 N. The masses are: m1 = 8 kg, m2 = 6 kg, m3 = 4kg, m4 = 2 kg. [Select] Select the answers to the following questions form the drop-down lists: 1. What is the acceleration of the 4-block system (in m/s2)? Select] 2. What is the net force acting on mı? (Select] Options for question 2 [ Select] 3. What is the tension force in cord a? (Select] Select 1N 4. What is the tension force in cord b? (Select] 5. What is the tension force in cord c? [Select] 6N 8N 16 N 20 N cord cord cord mam bmz . m F [Select Options for question 3, Options for question 4 [Select ] Options for question 5 [Select] [Select] 1N 2N 4N [Select] 2N 4N 6N 12N 14 N 16 N 20 N Select] 1N 2N 4N 8N 12 N 18 N 20N 6N 8N 16 N 20 N

Answer 1

SOLUTION ouestion Given Vakie of masties im mitiral bebas M.2 8kg Maa 6kg M32 Akg 4 2 2kg and Horizonted Forces con @ Acceleration as Sf = ma 20 N2 (Mit M₂ + m₂ + Musa 20 N = (8+6+4+2) kg ă às 22,1 az IM152 If = man & Art + et fa - 8X12 8 Net force mi block Efa 8N]

Tension force cord a 5 x2 маус To Ti = mia Ti = 2х1 - 4 ) ті, фN | 6 Tension force cord b Ef man То - - м, а Гм. РТ, T, - м. сх1 2 6 Т., Фt 1чу ③ Tension force {fa Max Cord C T2 My to Т. -Т, Мga та - 14 2 481 Таг 14 ч. )