Case Study 2:In solar system the distance between Sun and Saturn is 1,433,500,000,000 m. Thedistance between Saturn and Uranus is 1,439,000,000,000 m and the distancebetween Sun and Earth is 1.496 × 1011 m.1) Which of the three distances is smallest?2) The sum of the distance between Sun and Saturn, Saturn and Uranus inScientific notation is _____________3) The difference of the distance between Sun and Earth, Saturn and Uranus inScientific notation is ___________

Calculate the distance between Uranus and Neptune.

Which of the following distances represents an astronomical unit? athe distance between Earth and the moon bthe distance between the sun and Earth cthe distance across the entire solar system dthe distance across the Milky Way galaxy

10.Question 10Uranus and Neptune are very different from Jupiter and Saturn. Which of the following is NOT true of the differences between these sets of planets?1 pointAll of these statements are trueUranus and Neptune have only a fraction of the mass of Jupiter or SaturnWhile Jupiter and Saturn have mostly regular magnetic fields, the complex non-dipolar magnetic fields of Uranus and Neptune suggest that the magnetic field is generating closer to the top of the atmosphere on these planets.Neither Uranus nor Neptune is massive to have metallic hydrogen on the insideUranus and Neptune are more dense than Jupiter and Saturn, even though Jupiter and Saturn are much more compressed.

Which one of the following is bigger in size?Group of answer choicesOur solar systema planetthe SunA galaxyAsteroid

As Saturn revolves around the sun, it travels at a rate of approximately 6 miles per second. Convert this rate to kilometers per second. At this rate, how many kilometers will Saturn travel in 15 seconds? In your computations, assume that 1 mile is equal to 1.6 kilometers. Do not round your answers.