when light from a star passes close to the sun the position of that star on the celestial sphere appears?

Question

a. to be further from the sun than when the sun is not present
b. to be closer to the sun than when the sun is not present
c. to disappear
d. to be in the same place as it is when the sun is not present
e.to be closer or further from the sun depending ob the spectral class of the star

which one is the answer?

Answer 1

E

Answer 2

the celebs flow around the galaxy and universe centers, basically because of the fact the earth strikes concerning the midsection of the photograph voltaic device (the sunlight). The all flow in diverse instructions so great call catalogs would desire to be as much as date each few years to account for this. mutually as the essential individual in all probability won't word this action, gentle sensors that are utilized in astronomy and on satellites do. it is likewise actual that the nutation or wobbling of the earths axis does make a contribution to the plain action of the celebs, yet it is greater of a moving of the full great call catalog extremely than figuring out a brand new place all mutually.

Answer 3

This seems to be a problem about gravitiational lensing.
The rays from the star are bent toward the sun, slightly.
This makes the star seem further from the center of the sun than it otherwise would (i.e. if the sun's mass were smaller).

Answer 4

If you put E for your answer on the test you were probably taking, it was wrong.

Answer 5

C.