The galaxies are so far from the Earth, and their spectra so extremely red-shifted, that I'm not able to see any of the items on the list.
Estimates of the Hubble constant still cover a wide range. Let's assume that it's 70 km/sec per megaparsec, or about 21.5 km/sec per million light years.
With that factoid, the speed of recession of each galaxy on your invisible list is roughly
(21.5 km/sec) x (distance to the galaxy) / (1 million light years) .
You'll find ... if it's important enough to you for you to carry out the work ... that the farthest galaxy is the fastest, the nearest one is the slowest, and the others fall similarly in line.
In other words:
No matter where we look in the universe, and no matter in what direction we look, we observe that:
-- all distant galaxies are moving away from us and -- the farther a galaxy already is from us, the faster it's moving away from us.
This observation could have been enough to give us a giant inferiority complex, or to cause us to go brush our teeth and rub on some deodorant.
<span>B is the right answer. Global warming is caused by carbon dioxide and water vapor which are not air pollution. Indeed most air pollution counteracts global warming by reflecting sunlight.</span>
Something that is definitely true is that the constant acceleration has to affect the monkey and the banana beacuse both are affected by the gravity. Gravity imparts exactly the same acceleration on both things while falling and it affects them in the same way