* 73% QUESTION 6 Fnorm Fapp-60 N 1 p 30° Frrict H=0.3 Fgrav m=10 kg a=- Fnet =. A crate is being pulled along the floor by an applied force of 60.0 N directed as shown. The mass and coefficient of kinetic friction are given in the diagram. What will be the crate's acceleration? 6.00 m/s2 3.15 m/s? 2.25 m/s? 5.20 m/s? Click Save and Submit to save and submit. Click Save All Answers to save all answers. Save A II

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6. A skydiver of mass m = 60 kg leaps from a plane with an initial upward velocity of vo = +5 m/s. Assume the diver experiences air resistance proportional and opposite to their velocity, with drag coefficient b= 11 N/(m/s). Also assume acceleration due to gravity is g = 9.8 m/s². The velocity of the diver changes with time, as modelled by the following differential equation. m = -mg-bv dv dt Solve for u(t)= the velocity of the diver at time t, and determine the diver's terminal velocity: lim v(t) t-x

The horizontal and vertical components, respectively, of a force F are given. Compute the magnitude, inclination with the X axis, and the sense of the force F.  -300lb, 400lb

m %3D A teacher moves a 16.9 kg desk across the room by applying a 188 N horizontal force. (u = 0.39) Find Fg. Find FN- Find Ff. N. Find the acceleration of the desk. m/s2 Submit Question Question 5 M0/1 pt 5 12 99 O D

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