Question

Proofread for me? :)

Answer 1

ok

Answer 2

ATOMIC EMISSION SPECTRUMS OF ELEMENTS
Monday, October 8th 2012

Background:
- The emission spectrum of an element is the spectrum of frequencies of radiation emitted by the atom's electrons when they are returned to a lower energy state after being heated up or excited. Each element emits a unique spectrum, dependant on its electrons and electronic activity.

Purpose:
- To observe specific wavelengths of light emitted by elements using a simple spectroscope and a diffraction grating, and to explain the science behind why such occurs.

Materials Used:
- Simple Spectroscope,
- Gas filled tubes

Procedures:
- The bright line spectrums of different elements were observed with the help of a simple spectroscope pointed at gas filled tubes
- Measurements were taken using the angstrom scale under the bright lines
- The lines observed for each element were recorded as spectrums.

Questions:
- When atoms are heated up, the outer most electrons of that atom get excited. When they get excited, they move around so once these electrons wear out their energy, they release it in the form of light; this light is presented in the form of colorful wavelengths. Since every chemical compound has a different number of electrons (every element has a unique electron configuration), they act differently and release different wavelengths of light. Given that each element releases different wavelengths due to different electronic activity, the colors released from their light waves are also different. In view of this fact, no two atoms are able to emit the same wavelengths and thus a unique emission spectrum is produced.
- The Fluorescent lights compared to Sunlight do not have the same spectrum as result of the reasoning provided above. Fluorescent lights and Sunlight consist of different gases/chemical compounds/elements, deducing that they will not emit the same spectrum since every element has different electronic activity, meaning different wavelengths, producing different colors of light waves.


*I already have the data and the conclusion is being worked on

Answer 3

Wrong section.

Answer 4

yes i know it's chemistry....

Answer 5

Post it on chemistry

Answer 6

nope sorry...no ones gonna see it then

Answer 7

@hartnn work ur magic? :)

Answer 8

@lgbasallote is good too :D

Answer 9

good luck getting someone to read it lol

Answer 10

on contraire...35 people are online in chemistry

Answer 11

i know but they dont respond and blah blah blah :\ ...just read it please :)

Answer 12

@rani if i wanted to have someone be rude, i would hire someone...bye! :)

Answer 13

bye :)

Answer 14

i don't even know c of chemistry......

Answer 15

@hartnn is strictly math lover

Answer 16

apologies....so anyone?

Answer 17

@nincompoop

Answer 18

@CliffSedge

Answer 19

@UnkleRhaukus

Answer 20

@Hero

Answer 21

@countonme123

Answer 22

@countonme123 be a boss and please proofread :)

Answer 23

haha come on... I am not a big proof reader...

Answer 24

just read over it n tell me if it sounds okay :) ...pretty please ^_^

Answer 25

@marcoduuuh be the most amazingest person of the world n do this for me ^_^

Answer 26

I'm not really good at this but i'd say it's good. (:

Tell me when the conclusion is done!

Answer 27

ill post it in a few ...U ROCK ^.^

Answer 28

this is like all i could come up with lol

Answer 29

Conclusion:
- After conducting this experiment, and result of further in-depth research over this topic, we have learned much about the atomic emission spectra of elements. Such may include that every element has its own unique spectrum, created by its distinctive wavelength radiation, because of electron activity; not all emitted spectra are visible to the naked eye, and we use special tools –like spectroscopes along with other greater technological tools- to detect these wavelengths; and lastly, all gases emit radiation in the form of colorful wavelengths, their colors depending on frequency.

Answer 30

c is for cookie. That's good enough for me ^^

Answer 31

@marcoduuuh

Answer 32

@UsukiDoll what??

Answer 33

Hi, I like it therefore you've passed my approval.(;

Answer 34

^.^

Answer 35

*happy dance*

Answer 36

BOOOYAA!! T(^.^T)

Answer 37

you poste CHEMISTRY QUESTION in Mahematics section.... you can be suspended for it by @shadowfiend

Answer 38

someones mad at yummy lol

Answer 39

Lol. :c

Answer 40

oh geez :\