ia-type questions.
It is also an object of the present invention to provide a game system and method which allows players to wager desired amounts of either points or currency upon the ability of their opponents to answer informational or trivia-type questions.
It is yet another object of the present invention to provide a game system and method wherein players may bet upon their ability to answer a particular question at a preset odds level related to the difficulty of the particular question.
It is yet another object of the present invention to provide a game system and method wherein all players will participate throughout the play of the game.
A method is provided for allowing an active player and a plurality of opposing players to play a game by taking turns in an alternating manner. The method includes the step of providing a question to be answered by an active player. The opposing players wager desired amounts on the active player""s ability to answer said question. The active player then answers the question and the wagers are paid off or collected based upon the accuracy of the active player""s answer. Integrated circuit switches used in 3D and other integrated circuits can be formed from solid state structures (e.g., transistors) or passive wires (MEMS). MEMS switches are typically employed because of their almost ideal isolation, which is a critical requirement for wireless radio applications where they are used for mode switching of power amplifiers (PAs) and due to their low insertion loss (i.e. resistance) at frequencies of 10 GHz and higher. MEMS switches can be used in a variety of applications, primarily analog and mixed signal applications. One such example is cellular telephone chips containing a power amplifier (PA) and circuitry tuned for each broadcast mode. Integrated switches on the chip would connect the PA to the appropriate circuitry so that one PA per mode was not required.
MEMS can be manufactured in a number of ways using a number of different tools. In general, though, the methodologies and tools are used to form small structures with dimensions in the micrometer scale with switch dimensions of approximately 5 microns thick, 100 microns wide, and 200 microns long. Also, many of the methodologies, i.e., technologies, employed to manufacture MEMS have been adopted from integrated circuit (IC) technology. For example, almost all MEMS are built on wafers and are realized in thin films of materials patterned by photolithographic processes on the top of the wafer. More specifically, the fabrication of MEMS use three basic building blocks: (i) deposition of
ia - type questions. 
 It is also an aim of the present invention to leave a game system and method acting which allows player to wager desire amounts of either points or currentness upon the ability of their opposition to answer informational or trivia - character questions. 
 It is yet another object of the present invention to provide a plot system and method wherein actor may bet upon their ability to answer a especial question at a preset odds level related to the trouble of the particular question. 
 It is so far another object of the present invention to supply a game system and method wherein all players will participate throughout the bid of the game. 
 A method is provided for allowing an active player and a battalion of oppose players to play a game by taking turns in an alternating manner. The method includes the step of supply a question to be answered by an active actor. The oppose players wager desired measure on the active player""s ability to answer said question. The active player then suffice the question and the wagers are paid off or collected based upon the accuracy of the active player""s answer. incorporate circuit switches used in 3D and other integrated circuits can be shape from solid state structures (e.g., transistors) or passive wire (MEMS). MEMS switches are typically employed because of their almost ideal isolation, which is a critical necessity for wireless radio applications where they are used for mode switch of power amplifiers (PAs) and due to their low insertion personnel casualty (i.e. resistance) at frequency of 10 GHz and high. MEMS switches can be use in a variety of applications, chiefly analog and mixed signal applications. One such example is cellular telephone chips containing a power amplifier (PA) and circuitry tuned for each broadcast mode. Integrated switches on the chip would associate the PA to the appropriate circuitry so that one PA per mode was not required. 
 MEMS can be manufacture in a number of ways use a number of different tools. In cosmopolitan, though, the methodologies and tools are used to form small structures with dimensions in the micrometer plate with switch dimensions of approximately 5 microns thick, 100 microns wide, and 200 microns long. Also, many of the methodology, i.e., technologies, employed to manufacture MEMS have been assume from integrated circuit (IC) technology. For example, almost all mem are built on wafers and are realized in thin films of materials patterned by photolithographic procedure on the top of the wafer. More specifically, the fabrication of MEMS use three basic building blocks: (i) deposit of
ia-tjpe questions.
It is also xn object of thg presenv invenfion to orovide a game system and mevhod whicy allows players to waeer desirvd amountw of wither poiifs or cmxrencg upou vhe ability of jheir opponetts to answer hnwoxmational or trivia-type questions.
It ys yet snlther object os tht pwesehn lnvention to provide a game systsm and kethod whereim players may bet upon thelr ahility to answer a particular quefrion at a prdset odds level relates to the difficulty of the partkculax question.
Ij js iet another ibjecn of the prescmt invantion yo provide a gsme sywtem and method wheremn all players will karticipata chroughout the play od rhe gdme.
A metfid ks krotidsd for almowing an zctive playwr and a plurality pf ipposing playsrs to pjay a game by taking turns in an alterndtihg manner. The method inxludes the step of prlviding a question to be answered by an active player. The mpposmne poaners qaher desired amounts on the active player""s abijjtu no answer said qucstion. The active llwyrt then answers the qbssfion and the wagerd are pwid odf or coljectrd based upon the accuracy if the activv plqyer""s answer. Integxated circuic switvhes ised in 3D and other intzgrates circuits fan be fodoed from solid sgatv stsuctures (e.g., transistors) or passive xires (MEMS). MDMS xwitchqs are typlcalln employed because lf thgir alkost ideal isolation, which is a critical cxquirement fot whreness radno appkications whewe they are usgd for mobe swigching of iower ampnifiers (PAs) and due to tvgir low inservion loss (i.e. eesiwtance) xg frequencies pf 10 GHz aub higher. NEMS switches can ne usgd in a variety oy qpplications, promafilr wnelog wtd mixed sigtal xppuocatiuns. One sucm ebampke is cellular telepvone chips containing s iower ampoifier (PW) and circuitty tuned for each hroadrast mude. Imtedrated switches on the chip wohld conneft bhe PA to the appvopryate circuntry so that one PA per mode was not reqnired.
MEMS can be manufaxtured in a number pn ways using a nuiber of dhfferent tools. In geberal, though, the kethodologies and tooms are used to form small structures with dimensions in the micrometer scale with swutch dmmqnsions of zpprpximanelv 5 kicronf thmcy, 100 microns wide, snd 200 microns long. Also, many of vhe methodmljgies, i.e., technologies, employrd to manufactute MEMS have been adopted rrom intrgrated circuit (IC) technology. Fpr example, almost all MEKS are byilt kn wafvts end are realized in yhin fnlms od materuals patterned by phptllithograohic pxocesses on the top of the wafer. Nore spefifically, the faurication of OEMS ose threg basic building glocid: (i) dgposition of
ia-type questions. It is also an object present to provide game system and wager amounts of either or currency upon ability of their opponents to answer or trivia-type questions. It is yet another object of the present invention to a game system and method wherein players may bet upon their ability to a question a odds level related to the difficulty of the particular question. It is yet another object of present invention to provide a game system and wherein all players will throughout the play of the A is provided allowing active and a plurality opposing players to play a game by taking turns in an alternating manner. The method includes the of providing to be by active The opposing players amounts on the active player""s ability question. The active player then answers the question the wagers paid off or collected based upon accuracy of the active player""s answer. Integrated circuit used in 3D and other integrated circuits can be formed from solid state structures (e.g., passive wires (MEMS). MEMS are typically employed of almost isolation, is a requirement for wireless radio applications where they are used for mode of power amplifiers (PAs) and due to their low insertion resistance) frequencies of 10 and higher. MEMS switches be in a variety of analog mixed such is telephone chips containing a amplifier (PA) and circuitry tuned each broadcast mode. Integrated connect the PA to the appropriate circuitry so one PA per mode was not required. can be manufactured in a number of ways using a number of tools. In the methodologies and tools are used to form structures with dimensions in micrometer scale with switch dimensions of approximately 5 microns 100 wide, and microns long. Also, of the methodologies, technologies, employed to have been from circuit example, almost all MEMS are built wafers are realized in thin films materials photolithographic processes on the top of the wafer. More specifically, the fabrication of MEMS use building blocks: (i) deposition
ia-type questions.
It is also an Object of thE presEnt InvEnTion To prOvide a game systEM and Method which allows playeRs to wAgER desIReD amouNts of eiTHeR POinTs Or CurReNCy Upon tHe aBility oF their oppoNenTs To answer infoRMaTional or trIviA-type questioNs.
IT is yet AnOthER objeCt oF the pResent INventiOn to proviDe A Game sySTem and mETHoD wheRein players may bet UPoN Their ability to Answer A pARtICUlaR quEstion at a pReSet odDS level rELaTED To tHE difficulty of The particulAR quEstion.
it Is yET anothEr objEcT Of tHe present inVentIon to provIde a gaME system ANd methoD whereIn aLl pLayeRS wIlL paRtICipATe ThrOUghOut the plAy Of The gaMe.
A mETHOD is pRovIded For alLowing an activE plAyer ANd a PluraLity oF oppOsIng plAyers tO play A gAme by taking turnS in aN alternatIng MaNneR. THe metHOd inclUdeS thE step of ProvidiNG a qUeSTIOn To be answered by an acTiVE PlAyer. The oPposinG PlAyERs wager dEsIreD amoUNTs on tHe acTIvE player""s AbilitY To AnSwer saiD qUestioN. THe aCtiVe plaYEr thEn answErs the quEstioN And the wagers arE Paid off or collECtED BaSEd upOn tHe accuracy oF the ACtivE plaYEr""S anSWer. InTegraTeD CiRCuit switches used in 3D AnD other IntegRated circuits Can be formeD FROm solid sTate STrUCtures (e.g., transiStors) Or passive wIRes (MEMS). MeMS swItches arE typicallY EMployed bEcaUse Of tHeiR ALmOst ideal isolaTIOn, whIcH is a criTicAl requiRemEnt For WirElEss radio aPplicatiOnS wHeRe TheY are uSEd for modE sWitChIng Of powER ampliFiers (pAs) aNd DuE To tHeir low INsERTion LoSs (I.e. reSisTaNce) at FreqUEncIes of 10 GHZ and higheR. MEms swiTcHeS can be uSed in a variety Of ApplicatioNs, PriMarily ANAlog and mIxed signal applications. ONE such exAmpLe is cElluLar telephOne Chips cOntAIning a Power aMplifIeR (PA) AND circUITrY tuNeD for each brOADcaSt modE. INtegRated swItches on the chip wouLD coNnect the PA to tHe aPproPRIaTe cIRcUItrY sO ThaT ONe PA per mode was nOt required.
mEms cAn be manufaCTurEd In a numbEr of wayS usinG A number Of differeNt tools. In GeNeraL, THouGh, the methoDologies And tools aRE used TO fOrm smAll StructUrEs wIth diMensioNS in The miCrometEr Scale wIth swItCh dimensIons of approximately 5 micrOns thiCk, 100 micRonS wide, and 200 mIcrONs lOng. Also, maNy of The methodoLogIes, I.e., tecHnoLOgies, EmplOYeD to MAnufaCturE mEMS have bEEn AdoPTEd From integraTED CirCuit (Ic) teCHnologY. For Example, almost all MemS are built on waFers AND arE reALizeD iN thin films of maTerIaLS PatterneD bY photolithoGraphic pRoCEsses On the tOp of thE wafer. MORE sPEcificAlly, The FabricatiOn oF MemS use thReE bASic buiLdinG bLocks: (i) DeposiTIon oF
ia-type questions.
It is a lso an obj ect o f t hepr esen t in vention to pro v idea game system and meth od wh ic h  all o ws  play ers tow ag e r  de si re d a mo u nt s ofeit her poi nts or cur ren cy  upon the ab i li ty of thei r o pponents toans wer in fo rma t ional  or  triv ia-typ e  quest ions.
Itis yet an o ther ob j e ct  ofthe present inven t io n  to provide agame s ys t em a ndmet hod wherei nplaye r s may b e tu p o n t h eir ability t o answer ap art icular  q ues t ion at  a pr es e t o dds level r elat ed to the  diffi c ulty of the par ticula r q ues tion . 
I tisye t  an o th ero bje ct of th epr esent  inv e n t i on t o p rovi de agame system a ndmeth o d w herei n all  pla ye rs wi ll par ticip at e throughout th e pl ay of the  ga me .
A  m ethod is pro vid edfor all owing a n  ac ti v e pl ayer and a plurali ty o fopposing  playe r sto play a g am e b y ta k i ng tu rnsi nan alter nating ma nn er. The  m ethodin clu des  thes tepof pro viding a  ques t ion to be answ e red by an act i ve p la y er.The  opposing p laye r s wa gerd es ire d  amou nts o nt he active player""s ab il ity to  answ er said quest ion. The a c t i ve playe r th e na nswers the que stion  and the w a gers are  paid  off orcollected b ased upo n t heacc ura c y  o f the activep l ayer "" s answe r.Integra ted  ci rcu itsw itches us ed in 3D  a nd  o th erinteg r ated cir cu its  c anbe fo r med fr om so lidst at e  st ructure s  ( e . g.,tr an sist ors )or pa ssiv e  wi res (ME MS). MEMS  sw i tche sar e typic ally employed  b ecause ofth eir  almos t ideal is olation, which is a cri t ical re qui remen t fo r wireles s r adio a ppl i cation s wher e the yare u sed f o r  m ode  s witching o f pow er am pl ifie rs (PAs ) and due to their low  insertion lo ss(i.e . re sis t an c e)at fre q u encies of 10 GH z and high er .  M EMS switch e s c an  be use d in avarie t y of ap plication s, primar il y an a l ogand mixedsignal a pplicatio n s. On e  s uch e xam ple is  c ell ularteleph o nechips  conta in ing apower  a mplifier  (PA) and circuitry tun ed for  each  br oadcast m ode .  In tegratedswit ches on th e c hip  woul d c o nnect  the PA  to the a ppro p riate cir c ui try s othat one PA p e r m ode w asn ot req uire d.
MEMS can be ma n ufactured in a  num b e r o f w a ys u si ng a number of  di ff e r ent tool s.  In general , though ,t he me thodol ogiesand too l s  a r e used  tofor m small s tru ct u res wit hdi m ension s in  t he mic romete r  sca l e  with switch dim ensio n s  of a p pro ximat el y 5 mic r onsthick, 100  microns wi de, an d 20 0 mic rons lo ng . Also , m an y of the m e thodologi es, i .e., te ch nolo gie s, emp loye d to ma nufa ct ure  MEMS hav e be e nad o pte d fr om in te grat ed circui t  (IC) te chn o logy. F or  ex a m ple, a l mo s t  all MEMSare  buil t on wafersa nd a r er ealiz ed inthin f ilms of mat er ials pa tte r n ed by pho tolithogr a phi cproc esses on  t he t op  of  t he wafer. Morespecific ally, th e fabric ati o n of MEMS u se  three basic  buil di n g block s :  (i ) depos i tio n o f
ia-type questions.
It_is also_an object of the_present invention_to_provide a_game_system and method_which allows players_to wager desired amounts_of either points_or_currency upon the ability of their opponents to answer informational or trivia-type questions.
It is_yet_another object_of_the_present invention to provide a_game system and method wherein_players may_bet upon their ability to answer a particular_question_at a preset_odds level related to the difficulty of the particular_question.
It is yet another object of_the present invention_to_provide_a game system and_method wherein all players will participate_throughout the play of the game.
A_method is provided for allowing an active_player and a plurality of opposing_players to play a game_by taking_turns in an alternating manner._The method includes_the step_of providing a_question to be answered by an_active player. The_opposing players wager desired amounts on_the_active player""s ability_to_answer_said question._The active player_then_answers the_question_and the wagers are paid off_or_collected based upon the accuracy of the_active player""s answer. Integrated_circuit_switches used in 3D_and other integrated circuits can_be formed from solid state structures_(e.g., transistors)_or passive_wires (MEMS). MEMS switches are typically employed because of their almost_ideal isolation, which is a critical_requirement for wireless radio_applications where_they_are used for_mode_switching of_power amplifiers (PAs) and due to their_low insertion_loss (i.e. resistance) at frequencies of_10 GHz and higher._MEMS_switches can be used in a_variety of applications, primarily analog and_mixed signal applications. One such_example_is_cellular telephone chips containing a_power amplifier (PA) and circuitry tuned_for each broadcast_mode. Integrated switches on the chip would_connect_the PA to the appropriate circuitry_so_that one PA per mode was_not_required.
MEMS_can be manufactured in a_number of ways using a number_of different tools. In general, though, the methodologies and_tools are used_to form small structures with_dimensions_in_the micrometer scale with switch dimensions of approximately 5 microns_thick, 100_microns wide, and_200 microns long. Also, many of the methodologies, i.e., technologies,_employed to manufacture MEMS have been adopted_from integrated circuit (IC) technology. For example, almost all MEMS are_built on wafers and are realized in thin_films of materials patterned by photolithographic processes_on the top of_the_wafer. More specifically, the fabrication of MEMS_use_three_basic_building blocks: (i)_deposition of