Which ball requires the strongest force to lift? (1 point)
Beachball = 110g
Soccer ball = 143g
golf ball = 46g
A. The soccer ball requires the strongest force to lift because it has the most mass.
B. The baseball requires the strongest force to lift because it has the highest amount of material in it.
C. The beach ball requires the strongest force to lift because it has the largest size.
D. The golf ball requires the strongest force to lift because it has the smallest size.
A. 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 understand the concept of force and how it relates to the mass and size of an object.
Force is defined as the push or pull applied to an object to change its motion. The force required to lift an object is directly related to its mass. The more mass an object has, the more force is required to lift it against the force of gravity.
In this case, we have three different balls: a beach ball, a soccer ball, and a golf ball. To determine which ball requires the strongest force to lift, we need to compare their masses.
According to the given information:
- Beachball = 110g
- Soccer ball = 143g
- Golf ball = 46g
Comparing the masses, we can see that the soccer ball has the highest mass (143g), followed by the beach ball (110g), and the golf ball has the lowest mass (46g).
Therefore, the correct answer would be A. The soccer ball requires the strongest force to lift because it has the most mass.