CHAPTER 5 Review (ACTIVITY ) For each question, don't forget to show free body digprom (FBD, & Don't it forget to show acceleration direction for the FBD Show " your calculation very detaily . dik = kinetic friction coeffient 1 1pt . us = static friction coeffient m = 5kg OF= SON 1 calcble kinetic friction ( magnitude and direction) NK = 0.2 what is the acceleration ( a) ? (direction and mopnitude 2 1pt F = 50N @ colcible kinetic friction ( mapnitude and directres) b)what is the acceleration ( a ) ? (magnitude and MK = 0.2 0= 530 direction ) (3 1 pt A MA = 10kg System is in static equilibrium . MB = Skq MS= 0.6 . what is the acceleration for each object ? ( moonitude and) direction what is the tension (7 ) ? what is the static friction s ? ( d ) what is the proximun static friction ( fsmox ) ? (4 ) Toll 2 pts A 1 pt a There is no friction Note: show MA _ loke * Find tension FBD seperate my = 10hp B * Find acceleration for Bondb ( b) 1pt MK = 0.5 (50 , there is friction ) * Find tension * Find acceleration (5 pt MA - 5kp MB = 5 60 Quot is the acceleration for each object ? Dwhat is the tension for each object ? A B 6.) 1pt MA = Sky @ what is the acceleration for each MB = 10kp object ? (5) what is the tension for each object A B (7 ) 1pt MA = 5 kg System is in static equilibria mB = 5 k @what is the tension for each Ms= 0.55 object , ( b) what is the accelenation for each object ? what is the static friction for object A ? (fs ) d what is the mo Aimum static friction for object A ? ( fsmox ) 8 Total 2 pts MA = 5kp MB = 5 kap appt No friction Tote Drow * Find tension B FBB * Find acceleration separately 370 b ipt UK = 0.2 for (9) and There is friction between Abject A and the surface 6 * Find tension * Find acceleration