- 6.6-1: Define(a) coherent radiation(b) dispersion of a transparent substan...
- 6.6-2: Calculate the frequency in hertz, the energy in joules, and the enc...
- 6.6-3: Calculate the frequcncy in hertz, the wavenumber, the energy in jou...
- 6.6-4: Calculate the wavelength and the energy in joules associated with a...
- 6.6-5: Calculate the velocity, frequcncy, and wavelength of the sodium D l...
- 6.6-6: 6 When the D line of sodium light impinges an air-diamond interface...
- 6.6-7: What is the wavelength of a photon that has three times as much ene...
- 6.6-8: The silver iodide bond energy is approximately 255 kllmol (AgI is o...
- 6.6-9: Cesium is used extensively in photocells and in television cameras ...
- 6.6-10: The Wien displacement law for blackbody radiators states that the p...
- 6.6-11: 1 Calculate the wavelength of(a) the sodium line at 589 nm in honey...
- 6.6-12: Calculate the reflection loss when a beam of radiant energy passes ...
- 6.6-13: Explain why the wave model for radiation cannot account for the pho...
- 6.6-14: Convert the following absorbance data into percent transmittance:(a...
- 6.6-15: Convert the following percent transmittance data into absorbance:(a...
- 6.6-16: Calculate the percent transmittance of solutions with half the abso...
- 6.6-17: Calculate the absorbance of solutions with half the percent transmi...
- 6.6-18: A solution that was 3.78 X 10-3 M in X had a transmittance of 0.212...
- 6.6-19: A compound had a molar absorptivity of 3.03 x 10.1L cm-I mol-I. Wha...
- 6.6-20: One of the watershed events in the development of physics and chemi...
- 6.7-21: Distinguish among (a) a spectroscope, (b) a spectrograph, and (c) a...
- 6.7-22: A Michelson interferometer had a mirror \'elocity of 2.75 cm/s. Wha...
- 6.7-23: What length of mirror drive in a Michelson interferometer is requir...
- 6.7-24: The behavior of holographic filters and gratings is described by co...
Solutions for Chapter 6: An Introduction to Spectrometric Methods
Full solutions for Principles of Instrumental Analysis | 6th Edition
An elimination reaction in which a proton from the beta (b) position is removed together with the leaving group, forming a double bond.
A group that is formed by removing a hydrogen atom from an alkane. (Section 25.3)
The compound CH2"C"CH2. Any compound that contains adjacent carbon-carbon double bonds; that is, any molecule that contains a C"C"C functional group.
Aryl group (Ar -)
A group derived from an arene by removal of an H.
Organic material that bacteria are able to oxidize. (Section 18.4)
crossed aldol reaction
An aldol reaction that occurs between different partners.
electromagnetic radiation (radiant energy)
A form of energy that has wave characteristics and that propagates through a vacuum at the characteristic speed of 3.00 * 108 m >s. (Section 6.1)
A way to view furanose and pyranose forms of monosaccharides. The ring is drawn fl at and most commonly viewed through its edge with the anomeric carbon on the right and the oxygen atom of the ring to the rear
From the Greek, meaning water-fearing.
A series of atoms, ions, or molecules having the same number of electrons. (Section 7.3)
Any molecule or ion that can form a new covalent bond by accepting a pair of electrons.
A theory that accounts for the allowed states for electrons in molecules.(Section 9.7)
A compound that lacks a ring with a continuous system of overlapping p orbitals.
A nucleoside in which a molecule of phosphoric acid is esterifi ed with an !OH of the monosaccharide, most commonly either the 39!OH or the 59!OH.
The conjugate base of phenol or a substituted phenol.
A group derived by removing an H from benzene; abbreviated C6H5! or Ph!.
Pi (p) bond
A covalent bond formed by the overlap of parallel 2p orbitals.
The determination of the presence or absence of a particular substance in a mixture. (Section 17.7)
A compound that prevents a radical chain process from either getting started or continuing.
A reaction that converts an aldehyde or ketone into an alkene, with the introduction of one or more carbon atoms.