atomic_energy_lab333

Unknown One Light pink throughout the flame Unknown Two Light blue throughout the flame Part II: Spectrometry Spectru m Line Hydrogen 9 lines Helium 5 lines Neon 10 lines Mercury 8 lines Star 6 lines 1 purple, 410 nm Blue 450 nm Purple 420 nm Dark blue 430 nm Purple 410 nm 2 blue, 440 nm Green 510 nm Green 510 nm Blue 450 nm Purple 420 nm 3 green, 510 nm Yellow 590 nm Green 520 nm Green 540 nm Blue 440 nm 4 light green, 540 nm Red 690 nm Green 530 nm Lime 550 nm Cyan 500 nm 5 light green, 550 nm Dark red 730 nm Yellow 570 nm Yellow 570 nm Light green 550 nm 6 yellow, 570 nm x Yellow 580 nm Red 670 nm Yellow 580 nm 7 red, 650 nm x Red 700 nm Red 690 nm Red 700 nm 8 red, 680 nm x Red 710 nm Red 710 nm Red 710 nm 9 red, 700 nm x Red 720 nm x x 10 x x Dark red 750 x x If possible, it might be helpful to take a screenshot of the elements from the Compare tab in the lab to help with conclusions. Conclusion Using complete sentences, write a conclusion that addresses the following:  The purpose of the lab, what you explored, what you learned  A statement identifying the two unknown elements found in the flame test (use your data)  A statement identifying unknown elements that make up the star (use your data)  Do your data support or fail to support your hypothesis (include examples)? Unless Otherwise Noted All Content © 2022 Florida Virtual School. FlexPoint Education Cloud™ is a trademark of Florida Virtual School.