1. Baby Yoda weighs 53.85N on Mercury; the gravitational force strength on Mercury is 3.59 m/s²
2. What is his mass on Mercury?
3. What is his weight on Earth?
4. If Baby Yoda is riding in an elevator that is accelerating down at a rate of 1.25 m/s², determine his apparent weight. (it may help if you draw a FBD)

2. A worker pushes a box along a counter with a force of 8.6 N [W]. The parcel has a mass of 1.5 kg. The kinetic friction acting on the parcel is 6.5 N [E].

a. Draw a FBD of the parcel as it is being pushed. Be sure to label your forces appropriately and to include values.

b. Calculate the net force acting on the parcel.

c. Calculate the acceleration of the parcel.

d. Determine the coefficient of kinetic friction between the parcel and the counter.

3. a. Draw FBDs and then calculate the acceleration of the cart shown in the figure below, if a frictional resistance of magnitude 2.50Mar N is acting on the 4.0 kg. cart

b. Determine the tension in the string.

4.0 kg frictionless pulley 2.0 kg