These objects are weighed as shown.
Which ball requires the strongest force to lift?
(1 point)
Responses
a The beach ball requires the strongest force to lift because it has the largest size.
b The baseball requires the strongest force to lift because it has the highest amount of material in it.
c The golf ball requires the strongest force to lift because it has the smallest size.
d The soccer ball requires the strongest force to lift because it has the most mass
d The soccer ball requires the strongest force to lift because it has the most mass.
To determine which ball requires the strongest force to lift, we need to consider the properties of each ball.
Option a: The beach ball is mentioned to have the largest size. However, size alone does not necessarily correlate with the amount of force required to lift an object.
Option b: The baseball is stated to have the highest amount of material in it. Again, the amount of material does not directly indicate the force needed to lift it.
Option c: The golf ball is mentioned to have the smallest size. Similar to option a, size alone does not determine the force required for lifting.
Option d: The soccer ball is stated to have the most mass. Mass refers to the amount of matter an object contains and is directly related to the force of gravity acting upon it. Higher mass typically requires a stronger force to lift.
Therefore, the correct answer is:
d) The soccer ball requires the strongest force to lift because it has the most mass.
To determine which ball requires the strongest force to lift, we need to consider the concepts of size, amount of material, and mass. Let's break down each option:
a) The beach ball requires the strongest force to lift because it has the largest size.
This option suggests that the beach ball requires the strongest force to lift because it has the largest size. However, the size alone does not determine the force required to lift an object. Weight is influenced by mass, not just size.
b) The baseball requires the strongest force to lift because it has the highest amount of material in it.
This option states that the baseball requires the strongest force to lift because it has the highest amount of material. While it is true that the amount of material affects the mass of an object, we cannot determine the mass or force required to lift an object solely based on the amount of material.
c) The golf ball requires the strongest force to lift because it has the smallest size.
This option suggests that the golf ball requires the strongest force to lift because it has the smallest size. Similar to option a, the size alone does not determine the force required to lift an object. Weight is influenced by mass, not just size.
d) The soccer ball requires the strongest force to lift because it has the most mass.
This option states that the soccer ball requires the strongest force to lift because it has the most mass. Mass is a crucial factor in determining the force required to lift an object. According to Newton's second law of motion, force equals mass times acceleration (F = ma). Therefore, the object with the most mass will require the strongest force to lift. In this case, the soccer ball has the most mass among the options given. Thus, option d is correct - the soccer ball requires the strongest force to lift because it has the most mass.