It shines directly on both Jupiter and its moons. There is no reason it shouldn't, as, other than periodic eclipses from Jupiter, nothing blocks the sunlight from reaching those moons. The moons do get some reflected light from Jupiter as well, just as Earth gets some light from our moon.
If the sun suddenly stopped shining, it would take about 43 minutes for Jupiter to become dark, as that is how long it takes for sunlight to reach Jupiter. Jupiter's moons would also become dark since they rely on the sun's light for illumination.
Stars generate their own light, and are enormous. Jupiter is about 1/400th the size of our Sun, and reflects the light of the Sun, generating no light of its own. (However, it does radiate significant amounts of radio energy.)
Waitin' for the Sun to Shine was created in 1981.
What allows the moon shine is the reflection of the sun.
Sun and Jupiter because Jupiter has more mass and it is closer to the sun.
Jupiter is the fifth planet from the Sun in our solar system.
All of the Sun shines. Or at least the outside, if that's what you mean.
The fifth planet from the Sun is Jupiter.
Jupiter does not orbit the sun in a perfect circle
Jupiter is 800 million kilometers from the sun
The future tense of shine is will shine.