4 questions to answered

Re Discuss these questions with your group and answer the questions below. Everyone must make their own submission, but you should work together to answer the questi In chapters 2 and 3, we learned how to describe motion. But we did not discuss discuss the cause of motion. Now, we are prepared to discuss that very topic. We know that is a push or a pull. How does that relate to acceleration? For the four scenarios below, think about how the forces described will affect the acceleration of the object. 1 point If I am pushing an object across the floor and it has a small acceleration. If I increase the force I apply, what should happen to the acceleration? It goes down. 0 It goes up. 0 It stays the same. Bacon. 2 1 point If two people are pulling on ropes attached to an object and they are pulling with the same force but in opposite directions, what should happen to the acceleration of the object? The acceleration will go up The acceleration will go down. 0 0 0 The acceleration will remain constant at O. Something happens, I don't know. 3 1 point 3 1 point magine pushing a cart full of groceries, including several 1 gallon jugs of water. Someone walks over, grabs two jugs of water out of the cart. That decreases the mass of the cart. If the cart had a small acceleration before losing mass, what do you think would happen to the acceleration after losing mass? Assume the cart is being pushed in the direction of increasing x. It remains the same. It goes down It goes up Something, something, something, dark side of the force. 4 1 point Imagine you are pushing a box across a floor with some constant force. The box is slowly accelerating. Your physics professor decides to troll you and begins pushing on the box in the opposite direction. The force your professor applies is not quite as strong as the force you apply. What will happen to the box's acceleration? The acceleration will increase. The acceleration will decrease. 0 The acceleration will stay the same. George R. R. Martin will finish the Winds of Winter