Complete question ten only thank you :)

Essential formulae FORMULAE to be used Gravitational Force: E. = mg (always downward) Normal Force: FN = mg (always positive and is perpendicular to the plane) Frictional Force: Efric = HEN Net Force: ENet = ma OR ENet = Fapp + Efric Force applied: Fapp = FNet - Efris Acceleration: a = ENet/m Coefficient of Friction u (no sign and unit) = Efric/FN /e/1FAIpOLSf5KH3_BX JPQ4liQ/viewform rik/IkkthAlq/jMisrUNtgcibravesKE For items 7-10, refer to this problem. A 4.50-[kg] object, positioned on a horizontal surface, is pushed to the LEFT with an acceleration of (-)2.65 [m/s^2]. a) Draw an FBD for this scenario b) If the coefficient of friction (H) between the object and the floor is 0.370, identify ALL the forces interacting on the object. 7.) Draw an FBD on a 1 whole sheet of paper. Label all types of Forces. 4 points Comment "DONE". * Your answer 8.) Calculate the GRAVITATIONAL FORCE (Fg) and NORMAL FORCE (FN). 4 points Sample answer is (Fg=-21.4 N; FN=17.3 N) * Your answer 9.) Calculate the NET FORCE (FNet) and the FRICTIONAL FORCE (Ffric). 4 points Sample answer is (FNet=13.4 N; Ffric=12.3 N) * Your answer 10.) Calculate the APPLIED FORCE (Fapp). points