The table below shows Herman's mass and the mass of different planets in our solar system.
If Herman were to stand on each planet, which list correctly orders the planets from most gravitational force to least gravitational force?
a
Venus, Earth, Mars
b
Earth, Venus, Mars
c
Venus, Mars, Earth
d
Earth, Mars, Venus
d (Earth has the highest mass, followed by Mars and then Venus, resulting in the strongest gravitational force to weakest gravitational force respectively.)
To determine the correct order of planets from most gravitational force to least gravitational force, we need to consider the mass of each planet. According to the given table, let's compare the mass of each planet with Herman's mass:
- Venus: Herman's mass is not given, so we cannot determine the order based on this information.
- Earth: Herman's mass is not given, so we cannot determine the order based on this information.
- Mars: Herman's mass is not given, so we cannot determine the order based on this information.
Since the masses of the planets and Herman's mass are not provided, we cannot accurately determine the correct order of planets based on the information given. Therefore, none of the options a, b, c, or d can be considered the correct answer.