JFIFC    $ &%# #"(-90(*6+"#2D26;=@@@&0FKE>J9?@=C  =)#)==================================================" }!1AQa"q2#BR$3br %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz w!1AQaq"2B #3Rbr $4%&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz ?23ڤDOXtU U8HSy4 8i\,4*NT#ԛpi(8@&ÐOZC 18@4rx2$qC/9A9ǽ;f t,?EV>eL`d\֩56) )yQ@;*PRT5T1x^2x6:*q(杴ۊP M +;bUY`I+l<#>w ,Fq=1^2F3j#.aԦEI*]kO-Œpf> o>+\!7B4~F \!<مg\xCÚҵ߇j~;RF! ^F=k:[Ǧ[Y\M0 u#56&࿕ahNV A#lrO늺Pl+N=O@<5 c6r+JG+^wQxurghvASd#4IXC&I7Ųhr[XːrVU ޹}fK5bć #zQwd9_ nzY.%?rrNzM_^t:[I$N0x:|-YL!޳M:C2v'YKX]λR[+68 Gc↽Ih~xr>\gmbmB[eqC,r6EЭt10E;ns“4 Uյ6.#`8^֙;3F $$r t+f-̶'`;=)}Q2\=w]1s +3tHi:|Pt BיMg<ѭdV t[|G,L[ۿ32]AVl?5.< Y9 ?:-$7ӎ:խ=| xߺڲ$㱬SQt-vG/_S(aǸ>U<5in!27|>Uݜ򍝎DdJr 1n?5;g1ܬ:];'Q&Ƹ8?\5±&E5a7'vk*H!*FG?)޴< XbD'8].k=CRΚ&14CMQMnRzےwv< ~) z$:CrF_#x4ںQܻ\2,S(!vגjZs;6w9;LWj K)=^yqh 2p泣>WB-cG̵wQѐԷ15]tRGyJ |ǹ=Gjƺ|0F3ˑN.; N<ױch爕20^mu6[g{wE`Wgx-|3u3RXr66&_ lT 3ѿqSJ~E*;wZZ\]^ʻpKg?kf[˨wyn.+cz]w6s/_ۻ]T<1k HG~#Y6m5V;0y{[r$Po[I[y`QFƖZsgZl8=ՄDKG|AҶ߱43Xu3 ]!s[V5J!6yJĖqBsc=u D#QNhI۪-2;w)}=jDJ%#~!EA3$ިImIm*ץu%vyk)խqcH#kFS3^u]u'4`Wܫ>*?7]Dp wwn5e"h3W-BƄr:LFVi z7hbi/nǎCl#I'/v^'d7rrTғsA@~[zC9ǜ\p?Rg33ӵ3F?yNkN;;ߝGĒITXUI152(⦸F<6׎خZMFF23ׯ57Yg[nG| ^0H]Fg<3 v(~*h[{YPy?.|A2jRKצVj*_u vE}@B-B9e6mӦG Wsp-"`4}A+W`;iMoO8qbrLjxbU8Š $5"A1R*SFxhJ]F1ITGZdD7^ Y< 9i͘.t_ [Y$ˉ&*1e1'h̉p&PbG_sjǖ:J<ϥ `2flY1)4k3^kUw”Fv}GZ4 ϧڲQ*tF6nb_j%Xvlg m4Ƕh xKK\V[,lzFx'<~^6*1Lxh5dXsk29*D:o^I` iO4rUNxL.]>E8GP)ix5"#$֜"ih穤y@u9#'jC{s4b :(BjRz #P>U+jB#)Upx9\b c#qKqSykךC')]=7Bjp?F.00zcM'A8曁"#ע\L was a once in a lifetime thing. Well, the McGwire-Sosa race right down to the wire will be tough to match but players will continue to keep hitting more as they get stronger, more flexible and more powerful. I say again,  You ain't seen nothin' yet! <br>What about pitchers? Won't they throw the ball faster with increased leg and hip power? The answer to that is  Yes. Well then, won't it just kind of even out? Won't the batters strike out more often because of the speed of the pitch? Maybe, but more home runs will continue to be hit because of the speed of the pitch. Scientists have determined that the faster the pitch, the more transfer of energy to the hit. So, you still ain't seen nothin' yet! <br><br>WHAT SHOULD BASEBALL PLAYERS DO?<br><br>Baseball is the last frontier in the epic saga of strength and conditioning history. The first athletes to figure out the strength and conditioning secret were the throwers in track and field. As soon as this secret became widely known in the late 1960's, the marks for the Discus, Shot Put, Hammer and Javelin skyrocketed. Many of these throwers were around 6-4 and 270 pounds with 4.6 speed. Some even better than that. Other sports started to learn this secret: football programs started learning in the 1970's, basketball in the 1980's and baseball in the 1990's.<br>However, there are still some huge misconceptions prevalent in all sports but especially baseball since they are the last ones to weight train. Most important is the understanding of the source of power in throwing or hitting. At first glance, it would seem to be centered in the arms. After all, you hold the ball and bat with your hands. Therefore, many baseball players who do lift concentrate on wrist curls, forearm and shoulder work.<br>This should never be the main thrust. The exercises for these areas are called specific auxiliary exercises. The true source of strength and power for a baseball player is centered in the hips and legs. Look at the photos of the two athletes shown from the waist down. One is Sammy Sosa who hit 66 home runs this year. The other is of a Discus thrower. Notice the similarity of the hip and leg position as you look at their full picture on the next page. <br>If a Discus thrower were to train only on upper body specific auxiliary and even lifts, he would fail miserably because of lack of leg and hip strength and explosive power. Maximizing a baseball player's potential does not mean doing leg extensions, leg curls and machine hip and leg ex