m, T1 T3 m, ml3 (6) Three blocks of concrete are connected by a string and pulled across a frictionless table with a force Ty, which has a magnitude 64.1 N. The masses of the blocks are m1=13.0 kg, m2=22.3 kg, and m3=30.8 kg. (6a) Calculate the acceleration of the blocks as a system. Submit Answer | Tries 0/10 (6b) What is the magnitude of the tension T1 (which is located between m, and m2)?| Submit Answer | Tries 0/10 (6c) What is the magnitude of the tension T2 (which is located between my and m3)? Submit Answer | Tries 0/10(7) Traveling at a speed of 17.0m/s on a level, straight road, the driver of a car sees a moose up ahead, slams on the brakes and the car begins to slide. The coefficient of kinetic friction between the snow covered road and the tires of the car is 0.739. What is the speed of the car after 1.29s s have elapsed? Ignore air resistance. (No moose were harmed in the creation of this question.) Submit Answer | Tries 0/10(8) A block of mass M1 resting on a 18.40 slope is shown. The block has coefficients of friction Us = 0.653 and uk = 0.312 with the surface. It is connected via a massless string over a massless, frictionless pulley to a hanging block of mass M2 = 2.76 kg. M1 M2 (8a) What is the minimum mass M1 that will remain stationary and not slip? Submit Answer | Tries 0/10 (8b) If this minimum mass is nudged ever so slightly, it will start being pulled up the incline. What magnitude of acceleration will the minimum mass have? Submit Answer | Tries 0/10