This shows the spectrum ofvisible light. From what you havelearned about excitation andemission of 'flurophores' used influorescence microscopy, answerthis question:A fluorophore that is 'excited' bylight with a wavelength of 570nanometers (nm), would, bynecessity, 'emit' light somewherein this range ___. (There aretwo choices.)Light, the visible spectrumvioletIndigo675rfrequency 750(THE)wavelength 400photon 3.1energy(1)Encyclopedia Britannica, Inc.4452.81blueT63047512.61groen500510241yellow orange525 510570 59012.2 21400nm-569nmQ571nm-780nmred4606501.93807801.6in terahertz (THz: 1 THz - 1x102 cycles per second.in nanometres (nm); 1nm 1x10 metre.in electron volts (V)

Fluorophore is excited by the light with wavelength of 500nm.

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)

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)

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter20: Molecular Spectroscopy And Photochemistry

Section: Chapter Questions

Problem 6P

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