A fluorophore that is 'excited' by light with a wavelength of 570 nanometers (nm), would, by necessity, 'emit' light somewhere (There are in this range two choices.) Light, the visible spectrum violet frequency 750 (THE) wavelength 400 photon 3.1 energy E3 O Encyclopedia Britanica, inc indige 675 445 2.8 1 blue 630 475 1 2.6 green T 500 $10 1 24 yellow orange 525 510 570 590 1 2.2 2.1 400nm-569nm 571nm-780nm red 460 650 1.9 380 780 1.6 in terahertz (TH: 1 THE-1x102 cycles per second. "In nanometres (eg tnm-1x10 metre in electron volts (V)

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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This shows the spectrum of
visible light. From what you have
learned about excitation and
emission of 'flurophores' used in
fluorescence microscopy, answer
this question:
A fluorophore that is 'excited' by
light with a wavelength of 570
nanometers (nm), would, by
necessity, 'emit' light somewhere
in this range ___. (There are
two choices.)
Light, the visible spectrum
violet
Indigo
675
r
frequency 750
(THE)
wavelength 400
photon 3.1
energy
(1)
Encyclopedia Britannica, Inc.
445
2.8
1
blue
T
630
475
1
2.6
1
groen
500
510
24
1
yellow orange
525 510
570 590
1
2.2 21
400nm-569nm
Q571nm-780nm
red
460
650
1.9
380
780
1.6
in terahertz (THz: 1 THz - 1x102 cycles per second.
in nanometres (nm); 1nm 1x10 metre.
in electron volts (V)
Transcribed Image Text:This shows the spectrum of visible light. From what you have learned about excitation and emission of 'flurophores' used in fluorescence microscopy, answer this question: A fluorophore that is 'excited' by light with a wavelength of 570 nanometers (nm), would, by necessity, 'emit' light somewhere in this range ___. (There are two choices.) Light, the visible spectrum violet Indigo 675 r frequency 750 (THE) wavelength 400 photon 3.1 energy (1) Encyclopedia Britannica, Inc. 445 2.8 1 blue T 630 475 1 2.6 1 groen 500 510 24 1 yellow orange 525 510 570 590 1 2.2 21 400nm-569nm Q571nm-780nm red 460 650 1.9 380 780 1.6 in terahertz (THz: 1 THz - 1x102 cycles per second. in nanometres (nm); 1nm 1x10 metre. in electron volts (V)
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