β-carotene absorbs light at 453 nm and 483 nm. Calculate the energy, in kcal/mol , corresponding to each of these wavelengths of light. Recall that
E=Nhc/, where N=6.022X10²³molecules/mol, h=1.583x10^-37 kcal•s/molecule, and c=3.00x 10¹⁷nm/s.

Question

β-carotene absorbs light at 453 nm and 483 nm. Calculate the energy, in kcal/mol , corresponding to each of these wavelengths of light. Recall that
E=Nhc/ β-carotene absorbs light at 453 nm and 483 nm. Calculate the energy, in kcal/mol , corresponding to each of these wavelengths of light. Recall that E=Nhc/ , where N=6.022X1023molecules/mol, h=1.583x10-37 kcal•s/molecule, and c=3.00x 1017nm/s.

, where N=6.022X10²³molecules/mol, h=1.583x10^-37 kcal•s/molecule, and c=3.00x 10¹⁷nm/s.

Quizplus · Accepted Answer

The Answer of β-carotene absorbs light at 453 nm and 483 nm. Calculate the energy, in kcal/mol , corresponding to each of these wavelengths of light. Recall that E=Nhc/, where N=6.022X10²³molecules/mol, h=1.583x10^-37 kcal•s/molecule, and c=3.00x 10¹⁷nm/s.

β-Carotene Absorbs Light at 453 Nm and 483 Nm