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Chemistry 21 Online
OpenStudy (lovelyharmonics):

What element do you think is the most abundant in the star that you observed in Part Two? Explain your answer.

OpenStudy (lovelyharmonics):

OpenStudy (lovelyharmonics):

woah that was fast o.o

OpenStudy (anonymous):

hmm

OpenStudy (sidsiddhartha):

hydrogen is the most common element it goes through nuclear fusion, which turns them into new elements and number of the atoms increases rapidly

OpenStudy (anonymous):

well google says 90% of a star contains hydrogen

OpenStudy (anonymous):

yeah

OpenStudy (lovelyharmonics):

congrats, i found that on google too. but all of those questions dont have the picture along with them. @sidsiddhartha literally. the exact same copy and pasted answer....

OpenStudy (anonymous):

well shouldnt it be hydrogen abundance means which one is common

OpenStudy (lovelyharmonics):

but the colors /).(\ they have to do with emr, so how does that relate to the star. im dorry but it didnt give me the stars name -.- otherwise this would be alot easier

OpenStudy (lovelyharmonics):

Purple 415, turquoise 500, green 550, yellow 580, red 705. the largest colors in there were btw.... that was one of my previous questions on this worksheet

OpenStudy (anonymous):

let me see through it

OpenStudy (anonymous):

i am still catching up with this thing but am sure i will have answer

OpenStudy (anonymous):

that data table in link

OpenStudy (anonymous):

did you create it?

OpenStudy (anonymous):

i still didnt get whats part 2?

OpenStudy (anonymous):

whats in part 2?

OpenStudy (lovelyharmonics):

no XD lol im taking flvs online though... oh my gosh thats scary good

OpenStudy (lovelyharmonics):

this is a lab im trying to complete

OpenStudy (anonymous):

okay so whats in part 2? -.-

OpenStudy (lovelyharmonics):

lol all those graphy things, i took a picture of it and attached it. its my first comment basically the graph is explaining the lines and the colors that correspond with them

OpenStudy (anonymous):

well the answer looks like neon

OpenStudy (anonymous):

didnt they teach you or anything !_!

OpenStudy (lovelyharmonics):

THANK YOU. XD every site has said hydrogen and im like... none of those match .-. wtf....

OpenStudy (anonymous):

no i might be wrong because even i know hydrogen is mostly present in star

OpenStudy (anonymous):

the question i think there is more to it

OpenStudy (anonymous):

hydrogen is 10^9 times more than those given in table

OpenStudy (anonymous):

give me somethingggggg

OpenStudy (anonymous):

ok i will go through other links

OpenStudy (lovelyharmonics):

that cant be, because the element hydrogens emr dosent even come close to matching the stars. neon is much closer. even mercurys is closer than hydrogen

OpenStudy (anonymous):

Although neon is a very common element in the universe and solar system (it is fifth in cosmic abundance after hydrogen, helium, oxygen and carbon), it is very rare on Earth.

OpenStudy (lovelyharmonics):

yeah but earth isnt a star. and it isnt this star, the one in the question, whose emr matches neons to a t..... .-.

OpenStudy (anonymous):

http://education.jlab.org/glossary/abund_uni.html

OpenStudy (anonymous):

okay wait

OpenStudy (sweetburger):

I don't know if someone already said this in this thread, but i believe whichever has the most lines that directly correlate with the star is the most abundant.

OpenStudy (anonymous):

this makes sense

OpenStudy (lovelyharmonics):

yes c: @aajugdar already said that neon was the best choice c: and he was right

OpenStudy (anonymous):

no this

OpenStudy (anonymous):

hydrogen's more spectrum lines match star's spectrum lines

OpenStudy (anonymous):

than neon's

OpenStudy (anonymous):

is that what you were saying @sweetburger

OpenStudy (sweetburger):

@aajugdar yes this was what i was saying

OpenStudy (anonymous):

so yeah hydrogen all the way :)

OpenStudy (sweetburger):

I totally agree nice work @aajugdar

OpenStudy (anonymous):

(:

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