Which variable has greater influence on the calculated mass of the planet: the semi -major axis or the orbital period? To determine this, double the value of one variable. Then reset the values and double the second variable. 1. The semi-major axis (distance of the moon to the planet) has a greater influence than the orbital period on the calculated mass of the planet. 2. The orbital period has a greater influence than the semi-major axis (distance of the moon from the planet) on the calculated mass of the planet. 3. The orbital period and the semi-major axis (distance of the moon from the planet) have the same influence on the calculated mass of the planet. 4. Neither the orbital period nor the semi-major axis (distance of the moon from the planet) have any influence on the calculated mass of the planet.
Which variable has greater influence on the calculated mass of the planet: the semi -major axis or the orbital period?
To determine this, double the value of one variable.
Then reset the values and double the second variable.
1. The semi-major axis (distance of the moon to the planet) has a greater influence than the orbital period on the calculated mass of the planet.
2. The orbital period has a greater influence than the semi-major axis (distance of the moon from the planet) on the calculated mass of the planet.
3. The orbital period and the semi-major axis (distance of the moon from the planet) have the same influence on the calculated mass of the planet.
4. Neither the orbital period nor the semi-major axis (distance of the moon from the planet) have any influence on the calculated mass of the planet.
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
