1.What are the two general requirements for an analyte to absorb electromagnetic radiation? Group of answer choices A, There must be a mechanism by which the radiation’s electric field or magnetic field interacts with the analyte. B, There must be a mechanism by which the radiation’s electric field or magnetic field interacts with the solvent that dissolves the analyte. C, The photon’s energy, hν, must exceeds the difference in energy, ∆E, between two of the analyte’s quantized energy states. D, The photon’s energy, hν, must exactly equal the difference in energy, ∆E, between two of the analyte’s quantized energy states.
1.What are the two general requirements for an analyte to absorb electromagnetic radiation? Group of answer choices A, There must be a mechanism by which the radiation’s electric field or magnetic field interacts with the analyte. B, There must be a mechanism by which the radiation’s electric field or magnetic field interacts with the solvent that dissolves the analyte. C, The photon’s energy, hν, must exceeds the difference in energy, ∆E, between two of the analyte’s quantized energy states. D, The photon’s energy, hν, must exactly equal the difference in energy, ∆E, between two of the analyte’s quantized energy states.
Related questions
Question
1.What are the two general requirements for an analyte to absorb
Group of answer choices
A, There must be a mechanism by which the radiation’s electric field or magnetic field interacts with the analyte.
B, There must be a mechanism by which the radiation’s electric field or magnetic field interacts with the solvent that dissolves the analyte.
C, The photon’s energy, hν, must exceeds the difference in energy, ∆E, between two of the analyte’s quantized energy states.
D, The photon’s energy, hν, must exactly equal the difference in energy, ∆E, between two of the analyte’s quantized energy states.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
