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About The Omaha morning bee. (Omaha [Neb.]) 1922-1927 | View Entire Issue (March 7, 1925)
‘King of Ivories*’ Now on Records Com ict ho Von Fame A ia Radio Now Plays for Brunswick; Another romance of the radio comes with the announcement of the Bruns wick company that Harry Snodgrass, up to n few weeks ago convict No. 1?,11 at Missouri state prison, will record exclusively for Brunswick i ecords. When the grim gales swung out ward to let Snodgrass hack into the ' world again, lie had t lie salt an-pepper suit t tie state gives all released "guests,” and a new fo Mil Hut he reckoned without his many friends to whom hts fame had been broadcast by radio. They had sent him gifts totaling over >10.000 in cash, a new touring car, and many gifts of appreciation which did much to dispel the gloom that years of In carceration had put nil the shy little ina n. But one of the best presents that awaited him was a contract for the Ketth-Alhee Orpheum circuit—"big time."-"Another was an invitation to play for Brunswick records. Snod grass' prison history reads like pure romanre. A man with a number, with hope cut off—with no outlet for normal things, he sank his identity in the wood working shop of the prison. Station WOS. located in the dome of the state capitol, a few blocks from the prison, called for talent to broad cast. Warden Crawford organized a hand among the prisoners. Great ac clamation followed the first program. It became a regular feature. Radio fans began to ask for solos by the band's pianist. Modestly enough, Snodgrass, who before going to the cells had been a splendid pian ist, gave his first program, solo. His success was sensational. Soon from coast to const station WOS was picked up by radio-lovers. The sign ing in signal of the station was "The Missouri Waltz,” played by "the pro fessor.” .lack Witten, the announcer became famous for his cheery voire, ills clear enunciation, his unfailing humor. The first Brunswick record by Snodgrass. called "King of the Ivories," is a reproduction of the fa mous broadcasting so many thousands hive heard nightly. It begins with ' Witten announctnk the station—then announces the feature of ihe even! g. Harry Snodgrcss. Snodgrass renders with superlative . kill, "Three O'l'lock in the Morning Waltz.” NEW DEVICE IS AID TO TUNING A new device known as the "mono controller'' has recently been devel oped for the purpose of enabling ra dio fans to tune neutrodyne receivers with greater ease. The inventor Is N. Ilesk, who has been inleresteii In ra tlin developments for several years. With this device the operator nia v tune the desired station at will, it is nothing more than a calibrated composition ruler with a soft rubber base \t liicii slides as the dials are rotateii. tin the extreme left is a vernier scale calibrated in degrees which corre spond to the divisions on the tun ing dials. In the center is another vernier scale which Is calibrated in meters; on the right side Is a third scale which may lie used for logging various stations. The operator of a neutrodyne receiver may tune to a distant station by merely noting the wave length of the station In meters and setting the rule to the corre. spending number, the Inventor claims. EXPERT GOES TO CENTRAL AMERICA Ruben A. Lundquist, chief of the electrical division of the Department of Commerce, has sailed to Central America to Investigate market pos albllltJe* Jn Central and South Ameri can countries for American radio and electrical equipment, lie will he gone about four months and his Itinerary will Include Venezuela. Colombia. Coat a Rica, Nicaragua, Guatemala and Mexico. Mr. Lundquist will make particular Inquiry Into the question of nvailahl'’ sales agencies .for radio and electrical manufacturers in the I'nited States as well as into the special opportuni tics and general market conditions of the countries included in his tour. MORE STATIONS ON LOW WAVELENGHTS Six new Clans A stations are heins offered. for the entertainment of the radio fans. The new elation* licensed are: 0 £ r-£ lersi a(2 ■ t r *j jl|. ?s % .! ■* . .3 ; • KFVF -*!lor*nce R. Juneau. Hollywood, *'h!. .1440 2ft* 2 1* IV AMD—Hubbard A Co, Minneapolis, Minn. 1230 244 10* W A FD—Albert B. Parfet .•.... port Huron Mh h.... 1200 III 25* WilMI) Chari*?* W. Howard. HHIefunUtne, <». I 222 2< Willie K«v. K P. Omhain. 1 'Hnton, (>. .......1 *10 234 1< WKAK Ktiinomy Light Co.. Km iiiiHtm. Mh h.M7ft 25* IB* Tninsfer From 4 bin** C to Mhm U. W KA<v Radi ' Corporation •i* Porto Rico, Man .Iiimh, Him . *20 3 40 7 li0( More Radio I’al«*n1*. Gi cmt lb linin'* patent nffi* *• has #»Ih« b**en swamped with new Invention* In radio. Last year the number ol applications was *»©0, au Increase ol *U0 over 3H23, ...lip ,, • ” . Distance and Clarity in Sterling Five Result of Several Years Development Work B,v STKRMNG (i. SK VRS. (Chief Kngrineer Gibson-Sears Cefp ) To the average man radio recep tion is more or less a mystery and something very difficult to under stand. As an introduction to this ar ticle wo are going to give a very simple explanation of radio receiving that almost anyone will he able to understand, and which will enable him to get more satisfactory results from his radio set than before. If we consider a radio broadcasting station as a lighthouse, sending out r=—- ■ «>r wavs lengths, and if there are n number of broadcasting: stations op crating we ran by moving the dials from one setting to another bring in different broadcasting stations; pro vided. of course, they are within range of the set. Receiving sets have been made un to the present time to do this very of ficiently, but they have been very difficult for an ordinary person to operate—having a number of dials, knobs and controls, all of which must Mention, detector, one stage audio and two resistnnee. These last two stages are capable of Intensifying anything that is brought into tlie s»t absolute ly perfectly and Is the only method whereby amplifying can be used with out a trace of distortion. The other features of the set* are ideal simplicity of tuning, requiring only two dials for station selection, both turned together to exactly the same numbers. The battery adjust ments are only two, which are sel dom touched, and the sot is put into Twenty five soldering lugs. Twelve 0 3 2 flat head machine screws, half-inch long, wifrh huts. Five lengths bus bar. Two lengths spaghetti. One 7x18x7 cabinet. The arrangement of condensers, coils, sockets and rheostats is evident from t,ie illustration (Fig. 1). The physical layout is as follows: Radio frequency stage at. the left, detector next, third audio middle, second audio, first audio at the right. This is done for the purpose of making panel. No rare need he taken when the set is first wired to have these roil angles exactly right, hs they must he adjusted when the set is put Into operation. When wiring the coils the innermost lead of Li should J»e con nee ted to the aerial post through the condenser and the outermost lead to the grid of the first tube. Likewise the innermost load of L3 should he connected to the plate of the first tube and the outermost lead to the grid of the second tube. All wiring to the plates and grids must be well .-"=n !<P I if I o A I- -a The schematic wiring diagram of (lie Sterling Five radio frequency receiver. It is plainly seen that this circuit Is quite a hit out of the ordinary, especially in the audio sages. The receiver consists of tuned radio frequency detector, one stage of transformer coupled and two stages of resistance coupled audio frequency amplification. its energy In all directions when in operation, we can see that anyone within range af Its power will he able to see the lighthouse provided one's eye Is sensitive to the light coming therefrom. The analogy in radio is a single bulb set which will "see" pr "receive" a broadcasting station, provided it is-within reason able distance. Tf tlie lighthouse Is too far from the observer to lie seen With the naked eye, a field glass or amplifier will bring it Intp view. If we were still further away a long distance telescope would again bring it into view, provided, of course, . . . he adjusted properly when a different station is desired. The receiving set we are describ ing here is one which is the utmost in simplicity to opeiate. will give good distance reception, will separate different stations easily and effective ly, will he very economical to operate anil, last but not least, very easy to ci'nstrrict. provided the proper ma terials are used. This set Js the out come of development work by the author in 1 he Gibson Sears laborator ies to produce a set which would meet the demands of the average, man. It is not only capable of de operation by merely Inserting the loud speaker or headphone plug into the power jack and likewise entirely disconnected upon Its removal. The battery consumption is reduced to the extent of over 50 per cent on “U" batteries and 15 per cent on “A" bat teries. This of course means con siderably extended life of the vacuum tubes. The circuit is balanced perfectly so that no squeals or distorting noises are heard when the dials sre tuned from one station to another. it. therefore, does not send out energy to bother other receiving ssts nearby. the wiring simple nnd keeping radio frequency from the resistance coupled amplifier. The coil at the left, heing the tintenna or input coil, !■ tuned by the condenser Just behind It. The second coil Is the detector coil and is tuned by the condenser on the tight. The rheostat on the left controls the radio and detector' tubes, that on the tight the three audio tubes. Tlte bind ing post arrangement across the hark is preferably as follows in order front left to right: Antenna, ground, A minus, A plus, B minus, B plus de lector, B plus radio, B plus audio. Thin arrangement gives the option of iw fjmrjsmemmmmrnmtmmm spared from each other ana also iroin the filament load.-. ' Operating Hint". When all connections have been se curely mad* connect up "A" batteries to the set and Lest all filament cir cuits Connect ”B" batteries to the set with a 15 or 25-watt electric light bulb in series with the minus “B" battery lead to the set. It when the set is put into operation the light glows at all, thcie is a short circuit somewhere in the set. If not, tahe it out of the circuit or short circuit It and tunc in some broadcasting sta yon on the lower end of the dials. Jf —1g 1 1 | , |I^MW ,|| { 11 11 ffxm'r+mezmzm*& ** ..n»i~^: ^mbso*^**v******** •Inside view of tlie radio frequency receiver. Tlie coils are spaced and set at a certain Fig. I—Front view of the Sterling Five receiver. Note that only one Jack is used, the .ngle so that the set is <q»erated at the exact point of oscillation, hut does not spill o\er. battery switch being combined with the telephone Jack. N«t«» the careful placement »nd spacing of apparatus. | ihere wan no obstruction between the liuhthuune and Ilia observer. Till.* would again rorrenpond In radio to the addition of an amplifier consist ing of two or three ur man*' tube*, which would again bring tiie broad cantitig into "night’’ when tiie station in vei y distant. Now, if we consider a number of broadcasting stations or lighthouses In the name general locality, all send Ing out the same colored light, it can he appreciated that it will lie al most impossible to sc|>arnte one from the other, unless some identifying condition is used, surh as color. In this Instance suppose we erjuip each lighthouse with a different colored light. It can he readily seen that it would he possible to identify these lights even at. considerable distance. The analogy in radio again is that the receiving set must have a tuning device which will enable, the set to separate these colors or wave lengths. Suppose, now. we are tuning a radio set. As we move the dials, or tune, we chance the adjustment of tiie set no that It responds to different colors Radio Remark*. The day is fast approaching when the practical rang* of thin science will he enormously increased, and American stilt Ions will ho heard with clearness and regularity even during the day and afternoons. It. la also finite reasonable to expert thnt It will soon be possible for a speech to be broadcast t«» the most distant parts of tiie world irrespective of wind her it is made during day' of night.— Guglielmo Marconi, famous Ilallau radio inventor. v The true regulation of the power of n broadcasting station should he bused on the listener; on tiie ability of the listener to discard the program offered 1*V the high powered station and to select another program in It** plare R. A. Nixon, secretary, Radio Trade association. The transoceanic radio telephone, now' under development, leads us te expect that before many years it will l»e possible and convenient for any one of us to pick ui) his telephone and in a short time be connected with his party In Kurope, nr with his stateroom on some liner on thf ocean.- Gen. James G. ilarboid, pres ident, Radio Corporation of America We will be able some time to fore cast In a general way what radii reception conditions will be <tu< h day Dr. R. \\\ Austin, radio physical laboratory, I‘fitted Mfat*‘# bureau ol *1 Hilda rds. It. seems probable thnt broadcast Ing Is permanently eslalltlshed as h public iieeeKsitv and may I»h coiinM eied as indispensable In tiie average1 home as tiie telephone. Gonitnlssinu «*r D. Ii. (’arson, boreal of navigation. pendabh*. perfect le.-ult* but 1* almost ImpteMble uf damage due to misuse or neglect wild Is very economical In upkeep. Circuit Details. After about five > t*a s of broadcast i>< eptiun, timing- which time per haps thousands of radio circuits have been developed, there are but very I few w hich can be depended on to give good results under all conditions. The | Knglish amateurs are probably fur ther advanced In the art of Intensify ing or amplifying radio energy be fore It 1m inverted intpf audible en ergy than any of the others. They have found,that.the most satisfactory combination for all around efficiency is that cvf one <#tnge radio ampli fication, detector and one audio. This for headphone reception on distance and loud speaker on local broadcast ing. If two; audio are used there Is satisfactory volume for moderate dis tance? nh the loud speaker, but under these conditions the distortion be comes a factor in the tone quality or clarity. Ardetlcan broadcasting station? have made many Improvements late ly In their transmission and It is now possible to i st rive broadcast en ergy so nearly ( perfect in tone that the receiving set can In* blamed for practically all lost tones and dis tortion. HI lice this Is the rasp. It is very Important that a receiving set today he capable of giving forth from the loud speaker Identically what Is sent from the station. With these Ideas In mind the circuit, given here with was d'e \ eloped anti consists of technically one stare radio Smpll The iriductai -s used In Ih* tdlu freqiitncy siege Mint the detector are wound clockwise In punraka fashion. Tile diameter of the first turn I* one and a half inches. Twelve turns are wound on tlie form for the primary. The wire Is broken and another colt is started on the same form and tin ■mediately following the end of the first coll. This coll, the secondary, Is wound in spiderweb fashion just the same ns the-primary coll, except for tlie fact thnt.lt contain* 72 turns. No. 28 IT 8. C. wire is used through out. Two such coils are mnde and mounted In the manner show n in the photograph. Farts Necessary. One 7x18 panel, 18 or 3 18 inch stock. One 7x18 sub panel, 1 8 rr 3-18 inch stock. Five tube socket*. Two 10 ohm rheostats, with dials. Two 11 plate condenser* or equiva lent. T>Vo low-loss colls or equivalent. One low ratio audio transformer. Knur .onfi mfd. condensers, fixed. tine .00026 mfd. condenser, with E’id leak springs. one .001 mfd. condenser, fixed. Tw o Wcctebn Fleet tic or Sterling I.qvite resistances, 100.000 ohms each. Four grid leaks, one fourth, one half, one and. three megohms. light binding posis, marked If de sired. Two 4 Inch dials. Thiee grid leak mountings. tine open circuit filament control jack. Two angle bra-kids for panels. District Representative! L. C. KUHN, 675 Securities Bldg. • * f \ /ovineciing lilgmt vintage oil me «u IH) amplifier without overloading tin* radio tulie. The audio transformer should ice located at the light hand pnd of the net helow the subpanel he iween the sockets and front panel and the two resistance coupling Iaivites between the no< kefs and the rear of stibpnnel (thev can he seen proper ting below* the skihpanel at the right). The lube sockets should he arranged in such a way that the grid and plate posts of the socket* are nearest the leads going to them. Wiring. The filament negative or common lead should be put in first and con nected also to the filament control Jack. The positive leads to the rheo stats and binding post next and the circuit tested with tubes iti each Socket. The grid lealrti, condensers Lavltes and audio transformer should next he mounted and wired, being sure that nil connections are abso lutely perfcf t or noise will result. The transformer can he wired with flexible leads, provided they are cov ired with a high grade spaghetti. The condensers can then be wired and last, the colls, which are mounted on stunit hukeNte strips projecting from the Mibpanel. The colls are a very Important Item and must be mounted as shown at an angle of approxl mate!)* SO degrees from the front ur*i c t .mi.' ' .. eut adjust the two culls at a smaller angle to the front panel until It dts appears. The tii^le should be adjusted so that art 300 meters they will be alike In Setting and tlie culls firmly adjusted Should a continuous howl be piescnt in this set which cannot be removed by tuning. the primary leads to t)ic audio transformer should be reversed. EQUIPMENT IS GIVEN COLLEGE Alabama Polytechnic Institute. Au burn. Ala . has been presented the entire operating equipment of former radio station WSY- The gift was mnile by the Alabama Power company |bf Bhdiilngham. which built and op erated the station for some time. WSY lias been off the air several months. The plant last operated on ,\00 watts at 3t>0 meters. Southern Radio Best. Programs from broadcasting sta t ion* to the f* uth nrf more easily i ecetved than those from the ej\*t. At Prime Albeit. Saskatchewan. report official* at the Prince Albert ftaillo . lull. The belief |* that the great northern l>Ula»l<* ntlnei.il belt inter vene!*. ftteiHife-K.I Interference Eliminator Wit at Radio Umera Haw Boon Looking For For those who have had Interference Troubles this now auxiliary tuning device will trap out the undesired stations. Select Tour Stations at Will The sir is so crowded with music and voices that t ho a< orajro sot fails to hring The Stmimitm /nfor/or#nc# other interference. You get one rver one row want, and ran tuno it in loud and cirar. Improved Results with Tube or Crystal Try for yourself entirely at my HaW ti • w! f.|..rlul Improvement this li»« ipen- j • ire I HI* device will make in ti e recep tion of v<nir set S<*| | on el*<>htte ywar s tire of satisfaction or m»nev hack and I he greats f Holler s wort h ever offei nd t he radio public Imnruvaa results on both crystal sr>H tube seta thst use an indoor sene'. oUt.tf»„r aenal or light socket, but v ll not iieip s set using 1 «op antenna t''cars up reception wonderfully and pa-1.ally alwotha static. %4 Amazing Satisfaction _ or Money Back I ' this Inter feeence eliminator on your set ad note ama»lng Improvement No toels nesds* i*■ * -e Ie*I in a mom*- is time f ull H>r». ii.»ns * »h oe.-h inettunv t Rtmp v .-ones t with set an t follow • vtruct'ons Re-r nee no additional tulwe or bat'anrs \ mi most be o eased and dehghtml or imi t;et money ha. W promptly I 0® postpaid ai.swheie in I’ h when ea*h with enter 1 he«*c two h a A’ i «..o hs< kv e II testify to mv rslilbiit* F s. hauge National Ranh. Atchtnww Havings He tv. Order t«wla> a dollar bill will tie. , A, . .. , ... . . . >i STFINITF, I ABORATORIFS. I0,» W‘J,"J“.V A,lh,,°" EVERYDAY RADIO « By KIMBALl, HOI TON STAKK. A good ground connection is just an important in radio broadcast re ception as a good antenna. The an tenna collects the signal energy ami unless the ground connection is good and of low resistance to the signal, the energy can he very easily dissi pa ted before it e'er reaches your radio receiver. Cold-water pipe systems usually make the best ground when you are sure that the pipes lead directly into the ground and that there are no in sulated couplings in the pipe line Many times in connecting your ground wire to the pipes (it hot air or hot water heating systems, poor results "ill he obtained because in sulated couplings nre used in the pipe lin* which actually insulate the re ceiver from the ground. Hast and ero sion in pipe lines also sometimes cause high resistance joints and hence poor (rounds. Jn any *cuse. In making a ground connection, scrape the metal pipe or rod to which the ground wire is at tached. very clean and bright, then wrap the wire securely around it sev eral times and solder the connection securely, making sure that your sol dering iron is hot and that the ‘solder” flows into the joint. A ground clamp can he used to good advantage, but again, great care should he taken to see that the connection is clean and bright l*ef<»re tightening the clamp down onto the pipe or rod. Jn the * country, the best ground connection obtainable is a metal rod or pipe driven four or five fept into the ground. An added advantage in making ground connections to your radio re ceiver can be gained by fastening your ground wipe *o every available object that is grounded, connecting them all together and then leading the ground wire to your receiving set. RADIO || \J I* rug ram for Mia nil 7. (Court*-*.' of Radio Dig**at.) K.i \a**ulaf»*d JPrrr*. WFIKT. Boston (silent). WCK Buffalo (silent). WO.'. Chicago Tribune (176 2), 6 or gin; »• 10 ensemble, string quiipet, f, « lHaairal; te. ©r* heel ra KYW Chicago (515 4). 7. concert- € vocal. quartet; I <H. talk. >.15, You'ha Companion. WKBH. Chicago Post (170 2); 7. nrrh**« fra. Riverla fh**j*ier. 9 dan***, voegl. 11. dam-. Mona* 17 reading*. sfnrie*. WMAQ Chi* ago News (447.5); 8 or rlieatra; * Pratt anil l»*w . 6.36. Rum phntnlxg. 9 Chicago iheatcr. WT.S Chicago (145); 7. lullaby. 7:28. barn dame. harmony girls, 11, Senat t heater revue. \ WlAV. cin* feina 11 (43-1); 6. con* art. qyini-t; 1:18 orchestra WFAA. Dalle* News (475 9); % 58. Roy Scout urogram. 11. band. Woc Davarport (4a.-'*) * 28. Paid man 6-f*8 religious dlacu**lon: ? •**» prsno. reader. baritone. 11. orchestra. Son r*. Kf\A. Denver (322 4) 10 ort heatra WHO. l»es Molnea (silent » WWJ, Detroit New* (552.7); 7:38. con cert. WRAP. Fort Worth (slier t). KNX. Hollywood (237). * l .. music; 1 i features; 17. orcheatra. . Hollywood night. 5. Night hawk*. KTH8, Hot Springs Park 74 1); l;S«. instrumental. vocal, 18. frolic. WDAF Kansas City Star (3(1 «): ( School of the Air; 11:45. Nlghthawks. WSL’I. Iowa City (483.6); 7:36, low« Northwestern basket ban KFI U> Angela* (467); « 4.. talk; 9 o't-ljaMra ; 9:45 talk: 1«. * on* muni > f* t ire* 11. Instrurhental; '2. populai song* ■aanDnaaaanaH KlfJ Los Angeles Times / 4^4); 4. eo? cert. X ;b. children; M fliite club; 1.. orchestra; I. Loet Angela «-C Kill. VVHAS. Louisville 'limes (199S); 7 . ronce rt, \V(Ti) Minneapolis-St Paul (416.4) x rin.-1'l,. |,h!!.i«..|il7teli, « Illvi-rnf- .1, Id one-si ringed mglrumcnt. #|t.i««ri •• • WAr, Memphis Commercial-Appeal (49:; 7 ) , x •' progra in WKAK New York (492); 6 1 pian at i;::{(>. stories. *. .Mb violinist special; !»■ orrhest i a vs.l/l. New York (47*4.8): 6. o/tbesira 7. Art for l-ajmen. 7:17*. contralto; 7 marine hand. 9 pianist; 9fu «*»> •h«w \V.\Y<* New York (626) 6 ■'>, ' i• . fupr; 7 17.. talk. 7 e«*ng redt.*.. poln-o quartet : !' travel talk WIIHK, New York (272 6) 6. vlolu vo'hI. Bible questions KOO. Oakland (361): 6 concert; Melody Maids, vocal, address 12 or chestra. eolol*.* WOAW. Omaha (7.26): r ■ drama 6:36. announced; t. 4 7*. prog ran.; p? gram; 11 Nightingales: 11'.". organ W1P Philadelphia fMls 2»: 6 services; 7Tf». i utuert; P "7>, or? he.*' 10:0i. recital. WFi. Philadelphia (.94,i): €. corner; _ KI)K A. Pittsburgh 0(09 1). 6 4 ** IIkIouh helps; T.Jd cone* rt. Wt * A K. Pittsburgh H62 ? • Kaybes; 6 4'. special: 7 :• aM-st'g. KtlW Portland Oregonian '49. 3. Melodv men KPI ». .Sin Pram 'SCO ( 4?9 ^) : ! . garden hint*. 1«; Umik e v ■ i He bet ' x. i lifHitH popula.* sopgg K VO A. Sea . 11 * ' 4 . . i ’ 1 * •£ 10:3 • dn m e: 12:07. onhestr* ksr .St Loull Post Dispatch (-4-1) t. symphonj „ . W H <'. Wwshlngt.in (46» ) 6. or.br- * * 10.17*. organ I WOAW Program I V-J Saturday. March 7. 15 ;o j> M -Horticultural progran tr .mswiitt <>d from WoAW- •*? ?■:*■ • ' studio in the Mav Se«-d And Nursery *• pane budding Shenandoah la. r, 4|» M Public new* re»:< . «. ducted bv Eugene M. Kon#*kv. p. M Dramatic hour. f»a% * H-«; '.f Exi-re.-Mon. ^elected regd'pg?* L KilSe and .1 Simmons Dr « . and 4 Night of Hprror. read b Jean R mond i, an p v —Read -a* 1 : ar.• eg Rvrnes "f Ft **U' N■ • What Peter Raid**a .eht.'* “The F«‘rv and the Rose “.limn " Rabbit Is Ton Late * 4 , p. M —Robison s or i e= -» Rrandfis Store Restaurants 7 r*.? p y—Weekly address under pf. *s of Omaha Chamber of Comn.e-' 9 }■ M —Program und*r auspice* the Omaha Printing Company. (at Momenta Musi al’ ."tiu • < 1.1 ‘ \ sum m-t Da> + Wr - First Chnstten Church Orchev J.sepb F. Woolery. jr., director Kopranu solo “Lift Thlr-e Eyes* Lot, Mrs Will ^Utle Piano solo, ’'Rustle of Spring S rM *g Lucille Hoffman. Baritone solo. ’ ‘Thar Old Refrain’ _m.Arrange*! br K - - Hamid Hoefer of Ft lend. X* b. Plano *»*lr». “Re?#»ilita“ .... Lillian Robert wn. Violin solo. **(*HDrS? e ViennQis”. .Krep -- Dorothv I.uatgarten. lda I.ustgarien. piano, i Soprano sob* ' For You Ab»n*",.. O+r) Mrs. W u CutD-. ' *) “Entr* A* te (Jgvotte** ..•» i b) “Tidtl «' 'I*-' rahf .: .Lis -- F?!>t ChristM«n Chur, h .Or o-r«. I \ oval »luei. “Whispering Hbt— I .. J l a.* rtw n« Mr- Will Cutler, soprano. Mildred Buz; s contralto. PlaS6 a 1 -7 - ■ .it■> n y t if n**■ ■ • | Baritone solo. “Pal of My Dreams'' Harold Hoeffer. I Violin s o. “Velae Blu-tie . Drego a Dorothy Lustgarten Ida I.ustgarien piano ?oprnno *o1m “Trike Joy Ifnpse’*. .Karoiyn VV Has— t Km.B Mitzlaff Furtits’ II ;* ** <-* * «»i Mu Lustgarten. P iritone solo. (Jin Swinson. The r ortor.e Telle: ..Victor Hr First Christian Church Orchestra 'oprai’o «o!os i x > ka*mlr” . . . S '■-.■i-n (b( “Till I Waif . ... .. Sindrp M's E B. MrQuill n Plano aolo. “Prelude C Minor" . . Radhroatr- ' Catherine Cuehlng Contralto polo. Miss' Mildred Burra. March. “El Cap Ran „ ^ S First Christian Church Orchestra 11 r M Frank W Hodek. ,1r.. arl his N gh’mgale orchestra. 11_i • y • »■ w • • tv _ Schmoller & Mueller Guaranteed Radio Set — Complete With l oud * -4 O nn Speaker. Tubes and ' | Batteries .... L 3 ‘I Terms $8.00 Per Month | The Latest Development in Radio Compare this Sclnnoller & Mueller (iuaranteed Radio Set with any oilier on the market and you wdl find that it is the hi surest radio value ever of fered. See it hear it demonstrated. We know you will want one. Select From the World's Best GsTod'Neutrodyne Zenith Claratone Crosley Thompson Neutrodyne ; Brunswick Radioh Victor Combination Radio * and Many Others i Sold on easy terms; trade in vour. piano or phonograph. If you cannot call, write for / complete information. * We recondition your old tubes as good ns new. Sdimolkr&JIludkr Piano Cc - 1314-16-18 Dod^c Si.* * • Omaha