E is the answer.
A gas during a collision is elastic, and there is no other option that matches gas behaviour so E is the answer.
Hope it helped!
The Solar weather affects the Earth's magnetosphere which is a threat to our magnetic protection and can cause turbulence.
<h3>How does solar weather affect Earth's magnetosphere?</h3>
The effect is like widening a hole—suddenly more energy and particles enter the magnetosphere. Auroras intensify, and geomagnetic storms become likely. For this reason, scientists pay careful attention to not only the strength but also the orientation of incoming magnetic fields from the sun. As the wind blows from the galaxy towards the earth it carries with it the Sun's magnetic field. It moves very fast, then smacks right into the Earth's magnetic field. The blow causes a shock to our magnetic protection, which can result in turbulence.
So we can conclude that: The Solar weather affects the Earth's magnetosphere which is a threat to our magnetic protection and can cause turbulence.
Learn more about Solar Weather here: brainly.com/question/22517566
#SPJ1
I found a similar question, so I think this can be taken as our problem because you seem to forgot including the picture. So, for letter a, the answer is: they represent different compounds. As you can notice, the CH₂CH₃ and CH₃ are both on the top side for the left figure, while the CH₃ and CH₃ are on the top side of the right figure. They are cis-trans isomers. The left figure is trans-2-pentene while the left figure is cis-2-pentene.
True.(i think) if I'm wrong ask a friend who knows
27 + (35,5 + 2* 16) * 3 = 229.5 g/mol