Question 5 [1 point) The rings of the planet Satur no ice which orbit the planet The mass of Saturn is uppose a particle has a mass (4 5x10~1) ke, and is orbiting at a distance of (100x1014)I'm from the surface of Saturn Calculate the magnitude of the gravitational attract between the particle and Saturn to 2 significant figures. The radius of Saturn is 60 300 Mmm! Notes Your answer is assumed to be reduced to the highest power possible Your Answer 10 Answer Question 6 (1 point) In 1984, the spacecraft Voyager 2 discovered that that the planet Neptune had five weak, but distinct rings around it. The rings consist of small particles of ruck and ice which orbit the planet. The mass of Neptune is 102x102 kg. Suppose a particle has a mass (5.16x10*2) kg and is orbiting at a distance of (4.7x10*3) km from the surface of Neptune. Calculate the magnitude of the gravitational attraction between the particle and Neptune to 2 sf. The radius of Neptune is 24760 km and G = 6.67x1011 m kg 1_s-2 Note: Your answer is assumed to be reduced to the highest power possible Your Answer 10