Construct a force diagram if necessary to help you conceptualize each problem Use the following information for #1-5: The 1 kg cart below is towed by a 0.5 N force and experiences acceleration. Consider this (1 kg mass, 0.5 N of towing force) to be the "original" case referred to in the following series of questions. 1 If only the mass is increased to 2 kg while keeping everything else its original value, how will the new acceleration compare to the initial acceleration? a. The acceleration will be greater. b. The acceleration will be less. The acceleration will remain the same. d. It's not possible to tell 2. If the towing force is increased to 1.0 N while keeping everything else its original value, how will the new acceleration compare to the initial acceleration? a, The acceleration will be greater. b. The acceleration will be less. c. The acceleration will remain the same. d. It's not possible to tell. 3. If both the towing force and the cart's mass are double their original values, how will the new acceleration compare to the initial acceleration? a. The acceleration will be greater. b. The acceleration will be less c. The acceleration will remain the same. d. It's not possible to tell. 4. If the 0.5 N force is now applied at an angle as shown here while keeping everything else its original value, how will the new acceleration compare to the initial acceleration? a. The acceleration will be greater. b. The acceleration will be less. c. The acceleration will remain the same. OSN d. It's not possible to tell. I O 5. If the 0.5 N force is applied to two 500 g carts hooked together, how will the new acceleration compare to the 1 kg cart's initial acceleration? In this case, assume friction is negligible. a. The acceleration will be greater. 0.5 b. The acceleration will be less. c. The acceleration will remain the same N d. It's not possible to tell