rce/content/0/2023%20Test%202.pdf 6 / 6 - 75% + 5 6. (12 pts) Blocks A and B are connected by a string as they rest on a frictionless table, as shown. A third block (C) is placed on top of Block B. The string to the right of Block A is pulled with a steady force. The masses of the blocks are m = 1 kg, mB = 2 kg, mc 1 kg. The coefficients of friction between blocks B and C are = 0.5, s = 0.7. = C B A a. (3 pts) What type of force is responsible for accelerating block C? b. (5 pts) What is the maximum acceleration block C could withstand without slipping off Block B? c. (4 pts) What is the maximum force F that would not cause block C to slip? Search T EA