A student is moving.furniture. Even though table A and table B are the same size, table A requires more force to move. Why? (1 point)
A. Table A has less weight than table B.
B. Table A has greater volume compared to table B.
C. Table A has less density than table B
D. Table A has a greater mass than table B.
D. Table A has a greater mass than table B.
The correct answer is D. Table A has a greater mass than table B. Mass is a measure of the amount of matter an object contains. In this case, even though the two tables are the same size, table A has more mass, which means it contains more matter. More mass requires more force to move.
To determine why Table A requires more force to move, we need to consider the factors that affect the force required. In this case, the relevant factors are weight, volume, density, and mass.
Weight is the force exerted on an object due to gravity and is directly proportional to an object's mass. So, if we compare the weight of Table A and Table B, we can determine if weight is the reason why Table A requires more force to move.
To find the answer, you would need to compare the weights of both tables. You can do this by either physically weighing both tables using a scale or by knowing the material they are made of and using their dimensions to calculate the weight.
If Table A has less weight than Table B, then Option A "Table A has less weight than Table B" would be the correct answer.
If Table A has greater volume compared to Table B, it would not necessarily affect the force required to move them unless we know the densities of the tables. Therefore, Option B is not a sufficient explanation.
Similarly, if Table A has less density than Table B, it would not directly determine the force required to move them unless we know their volumes. Therefore, Option C is not a sufficient explanation.
Finally, if Table A has a greater mass than Table B, then Option D "Table A has a greater mass than Table B" might explain why Table A requires more force to move. However, it is important to note that mass alone does not determine the force needed to move an object, as other factors, such as friction, can also play a role.
In conclusion, while mass and weight may provide clues to why Table A requires more force to move, a definitive answer can only be obtained by directly comparing their weights.