Question

1. which object is most likely to move and has the lowest inertia? a. object c b. object d c. object e d. object f question 15 15. sara fills two identical cups with sand. cup 1 is filled to the top, and cup 2 is filled halfway. she then applies the same amount of force to each cup. which cup will travel less and why? a. cup 1 will travel less because it has more mass b. cup 1 will travel less because is has less mass c. cup 2 will travel less because it has more mass d. cup 2 will travel less because it has less mass question 16 16. car a has a slope of 42.5 and car b has a slope of 46.5. which is moving faster? a. car a b. car b c. both cars are moving at the same velocity d. not enough information provided

Explanation:

Step1: Recall inertia - mass relationship

Inertia is directly related to mass. Lower - mass objects have lower inertia and are easier to move. Without information about the masses of Object C, D, E, and F in question 14, we assume the choice is based on general knowledge of inertia - mass link. For question 15, more mass means more inertia. Cup 1 is filled to the top, so it has more mass than Cup 2. For question 16, a higher slope in a position - time graph (assuming slope represents velocity) means higher speed.

Step2: Analyze each question

For question 14, the object with the lowest inertia is most likely to move. For question 15, since Cup 1 has more mass, it has more inertia and will travel less when the same force is applied. For question 16, Car B has a higher slope, so it is moving faster.

Answer:

1. Without mass info for each object, we can't be sure, but conceptually the least - massive object has lowest inertia.
2. A. Cup 1 will travel less because it has more mass
3. B. Car B