Consider a 14.5 kg rectangular block of length 0.40 m attached to a spring with aspring constant of 30.5 N/m.The coefficient of static friction between this block and the surface is 0.310. Consider what happens if the block is suddenly disconnected from the spring, asshown below. Choose the correct equation for calculating the coefficient of kineticfriction (Uk.) if it takes time t for the block to travel a displacement of Ax downthe inclined surface. Note that this displacement is negative in the given rotatedcoordinate system, and that the acceleration of the block is constant so the motion isdescribed by the four kinematic equations. Hint: remember thatAx = x – x0 -spring isdisconnected!Дх2 Δηgt cos(0)+ tan (0)2 g t² cos(0)+ tan (0)Hs = cos (0) + sin (0)gt?2 Ax+ sin (0)Ar2 sin (0)I t?- sin (0)2 g t?

The force is a vector quantity which means it has both magnitude as well as direction to it. It can…

Consider what happens if the block is suddenly disconnected from the spring, as shown below. Choose the correct equation for calculating the coefficient of kinetic friction (lk) if it takes time t for the block to travel a displacement of Ax down the inclined surface. Note that this displacement is negative in the given rotated coordinate system, and that the acceleration of the block is constant so the motion is described by the four kinematic equations. Hint: remember that Ar = r TO

Consider what happens if the block is suddenly disconnected from the spring, as shown below. Choose the correct equation for calculating the coefficient of kinetic friction (lk) if it takes time t for the block to travel a displacement of Ax down the inclined surface. Note that this displacement is negative in the given rotated coordinate system, and that the acceleration of the block is constant so the motion is described by the four kinematic equations. Hint: remember that Ar = r TO