The basic principle of fluorimetry is based on:
The tungsten lamp is used as a light source in:
In fluorimetry, the excitation monochromator selects:
IR spectroscopy is based on:
Fluorimetry is more sensitive than UV-Vis spectroscopy because:
The pharmaceuitcal applications of UV-Visible spectroscopy include:
The pharmaceutical applications of fluorimetry include:
The Beer-Lambert Law is expressed as:
In Beer-Lambert Law, ε represents:
A hyperchromic effect refers to:
The deuterium lamp is used as a light source in:
The detector commonly used in UV-Visible spectrophotometers is:
Cuvettes used for visible measurements can be made of:
A bathochromic shift refers to:
A chromophore is a functional group that:
The solvent used in UV-Visible spectroscopy should be:
A hypochromic effect refers to:
The light source used in fluorescence spectrophotometers is:
In Beer-Lambert Law, b represents:
In Beer-Lambert Law, c represents:
Quenching in fluorescence refers to:
UV-Visible spectroscopy involves the measurement of absorption of:
A double beam UV-Visible spectrophotometer has:
A hypsochromic shift refers to:
The maximum absorption wavelength (λmax) is:
The wavelength range of IR radiation is approximately:
Qualitative analysis in UV-Vis spectroscopy involves:
The Stokes shift in fluorescence refers to:
The functional group region of an IR spectrum is:
The wavelength range of UV radiation is approximately:
The detector used in fluorescence spectrophotometers is:
The IR spectrum is typically presented as:
The pharmaceutical applications of IR spectroscopy include:
The hydroxyl group (O-H) typically absorbs in the range of:
Fluorescence is the emission of light by a molecule after:
Cuvettes used for UV measurements are made of:
The fingerprint region of an IR spectrum is:
The carbonyl group (C=O) typically absorbs in the range of:
In fluorimetry, the emission monochromator selects:
The UV-Visible spectrum shows absorbance vs:
The wave number (cm⁻¹) is:
In a single beam spectrophotometer, the reference measurement is done:
Quantitative analysis in UV-Vis spectroscopy involves:
The time between absorption and emission in fluorescence is approximately:
The time between absorption and emission in phosphorescence is:
The emitted wavelength in fluorescence is:
Phosphorescence is the emission of light after:
The wavelength range of visible radiation is approximately:
Fluorimetry can be used for analysis of:
