Europa, one of the moons of Jupiter, was discovered by Galileo in 1610. Europa has a...
Jupiter has numerous moons. Four moons er. discovered by Gel eo in 1610 One of these moons, Ganv mede s bigger than Mercury Ganymede has s massof 14 Br?22kg·perod of 716 es th days, and a mean distance from Jupiter of 1.07x106 km. Your TA's havg recently discovered a new moon to Jupiter, and appropristely named it the Lost Ball Orbiter (LBO). This moon has a mean distance (a) from Jupiter of 12.6 x106 km, a radius of 2300 km,...
ex) Galileo discovered 4 moons of Jupiter, listed below. Also listed is their periods of revolution and their orbital radii (centre to centre). From this data, determine the mass of Jupiter. moon distance (106 m) period (days) 1.769137786 lo 422 Europa 3.551181041 671 Ganymede 7.154552960 1070 Callisto 16.68901840 1883
Io and Ganymede are moons of Jupiter. Let the radius of Io’s orbit be one Jupiter unit (JU). The orbital period of Io is 1.5 X 105 s (1.8 days). The period of Ganymede is 6.2 X 105 s (7.2 days). a) Find the orbital radius of Ganymede in JU. b) You are now told that 1 JU = 4.2 X 108 m. Find the mass of Jupiter.
“Europa” is a moon of Jupiter; it orbits the planet with a radius of 670, 900 km, its mass is 4.8 x 1022 kg and its diameter is 1,560 km. Jupiter’s mass is 1.898 x 1027 kg and its radius is 69,911 km. What is the orbital period T of Europa? What is the orbital speed of Europa? What is Europa’s surface gravity? If Jupiter becomes a black hole, what would be the planet’s radius? And what would be the...
Determine the average distance from Jupiter for the Europa moon using the third Kepler law. Use the distance of it and the given periods shown in the table. Compare your result with the one in the Table. 7. Determine la distancia promedio desde Júpiter para la luna Europa usando la tercera ley de Kepler. Use la distancia de lo y los períodos dados que se muestran en la tabla. Compare su (5 puntos) resultado con el de la Tabla TABLE...
The table on the figure gives the mean distance, period, and mass for the four largest moons of Jupiter (those discovered by Galileo in 1609). (Figure 1) Par Deter Expre Figure 1 of 1 > MJupi Submit Principal Moons of Jupiter Part B Moon Period Mean distance Mass (kg) (Earth days) from Jupiter (km) 8.9 X 10 1.77 422 x 10 4.9 X 10 671 x 10 15 x 10" 11 X 102 1070 x 10 16.7 1883 x 10...
Selected astronomical data for Jupiter's moon Europa is given in the table. Moon Orbital Radius (km) Orbital Period (days) Europa 6.70 10 3.55 From these data, calculate the mass of Jupiter (in kg). kg
Is it ok to assume the following statements in order to determine the mass of Jupiter? Why? Statements: 1.The orbits of the moons are all perfectly circular with unchanging radii 2. The orbits do not speed up or slow down from one period to the next 3. The moons all orbit Jupiter at zero inclination 4. Jupiter is much more massive than its moons 5.Every 12 hours we are able to take a picture of Jupiter
Io, a satellite of Jupiter, has an orbital period of 1.77 days and an orbital radius of 4.22 Times 105^ km. From these data, determine the mass of Jupiter.
Phobos is the closer of Mars' two small moons, has a circular with radius 9400 km from the center of Mars, a planet of mass 6.4 x 10 kg^23 How long does it take Phobos to complete one orbit of Mars Express your answer in hours.