If the force acting on a cart is tripled, what happens to the cart's acceleration? Question 12 options: According to Newton's 2nd law the mass is inversely proportional to the acceleration and therefore the cart's acceleration will be reduced by 1/3 if the force is tripled According to Newton's 2nd law the mass is directly proportional to the acceleration and therefore the cart's acceleration will remain constant if the force is tripled. According to Newton's 2nd law force is inversely proportional to acceleration and therefore the cart's acceleration will be reduced by 1/3 if the mass remains constant. According to Newton's 2nd law force is directly proportional to acceleration and therefore the cart's acceleration will triple if the mass remains constant.Four friends are testing out which of their bikes has the greatest inertia. After riding around all afternoon and also taking some measurements, here is the data they have compiled: Which of the following is the most likely to be true? Question 13 options: Rico's bike has the greatest inertia since it has the greatest mass Charlene's bike has the greatest inertia since it has the greatest velocity Karla's bike has the greatest inertia since it has the lowest mass