Question 6 (5 points) Your dog sleeps on the floor. He has a mass of 14 kg. The coefficient of static friction between him and the floor is 0.3, and the coefficient of kinetic friction is 0.25. a. What is the weight of your dog? (1 point) 14*9.8= 137.2 b. What is the normal force acting on your dog? (1 point) 137.2 c. What is the maximum force of static friction? (1 point) 41.16 d. You push horizontally on your dog with a force of 50 N. Does your dog slide? (1 point) Yes, the dog will slide e. Later, you are sliding your dog across the floor at a speed of 2 m/s. What is the force of kinetic friction acting on your dog? (1 point) 137.2 *.25= 34.3 Question 7 (5 points) Blaine steps onto a ski slope with an angle of 250. There is a coefficient of kinetic friction of 0.15 between him and the ground. He has a mass of 65 kg. a. Draw the free-body diagram showing the forces acting on Blaine. (1 point) b. Write the expressions for net force in the x- and y-directions. Be sure to tilt your axis along the incline. (2 points) X= mgcos(35) Y=mgsin(35) c. Calculate the net force and acceleration in the x- and y- directions. (2 points) X= 2.55 Y= 1.18