![Kansas fullback Brandon McAnderson (35) finds a gap in the Nebraska defense for a 1-yard touchdown during the second quarter of a football game Saturday, Nov. 3, 2007, in Lawrence, Kan. Kansas Kansas fullback Brandon McAnderson (35) finds a gap in the Nebraska defense for a 1-yard touchdown during the second quarter of a football game Saturday, Nov. 3, 2007, in Lawrence, Kan. Kansas](https://c8.alamy.com/comp/2PAX82X/kansas-fullback-brandon-mcanderson-35-finds-a-gap-in-the-nebraska-defense-for-a-1-yard-touchdown-during-the-second-quarter-of-a-football-game-saturday-nov-3-2007-in-lawrence-kan-kansas-won-76-39-ap-photocharlie-riedel-2PAX82X.jpg)
Kansas fullback Brandon McAnderson (35) finds a gap in the Nebraska defense for a 1-yard touchdown during the second quarter of a football game Saturday, Nov. 3, 2007, in Lawrence, Kan. Kansas
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![An elementary manual of radiotelegraphy and radiotelephony for students and operators . 76 RADIOTELEGRA PH Y is the spark potential corresponding to the length of spark gap Iemployed. Hence the attempt An elementary manual of radiotelegraphy and radiotelephony for students and operators . 76 RADIOTELEGRA PH Y is the spark potential corresponding to the length of spark gap Iemployed. Hence the attempt](https://c8.alamy.com/comp/2CRW7RG/an-elementary-manual-of-radiotelegraphy-and-radiotelephony-for-students-and-operators-76-radiotelegra-ph-y-is-the-spark-potential-corresponding-to-the-length-of-spark-gap-iemployed-hence-the-attempt-to-increase-v-involves-an-increasein-and-this-involves-an-increase-in-the-resistance-of-the-sparkand-therefore-a-larger-damping-in-the-circuit-and-therefore-feweroscillations-per-train-hence-the-integral-effect-of-the-oscillationsas-estimated-by-the-heating-effect-of-the-whole-of-the-train-whenpassed-through-a-line-wire-is-not-necessarily-increased-but-maybe-decreased-by-increasing-the-2CRW7RG.jpg)
An elementary manual of radiotelegraphy and radiotelephony for students and operators . 76 RADIOTELEGRA PH Y is the spark potential corresponding to the length of spark gap Iemployed. Hence the attempt
![Elements of acoustical engineering (1940) Elements of acoustical engineering elementsofacoust00olso Year: 1940 162 HORN LOUD SPEAKERS practically a constant if the voice coil is made longer than the air gap, because as Elements of acoustical engineering (1940) Elements of acoustical engineering elementsofacoust00olso Year: 1940 162 HORN LOUD SPEAKERS practically a constant if the voice coil is made longer than the air gap, because as](https://c8.alamy.com/comp/RWRA76/elements-of-acoustical-engineering-1940-elements-of-acoustical-engineering-elementsofacoust00olso-year-1940-162-horn-loud-speakers-practically-a-constant-if-the-voice-coil-is-made-longer-than-the-air-gap-because-as-the-coil-moves-into-the-weaker-tufting-field-on-one-side-it-moves-into-a-stronger-field-on-the-other-side-from-the-standpoint-of-efficiency-at-the-higher-frequencies-this-method-is-not-particularly-desirable-because-part-of-the-voice-coil-is-in-a-weak-field-this-type-of-distortion-can-also-be-eliminated-by-making-the-air-gap-of-sufficient-axial-length-so-that-the-voice-coil-r-RWRA76.jpg)