题目
aaarticlea/png;base64,iVBORw0KGgoAAAANSUhEUgAAAicAAAAuCAYAAADzwLk8AAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAArPSURBVHhe7Z0Bixy5DoQv74+H/PJ7V5CCQkiy7O6Z7dmtD8TYslSSPIFu9pK9X//+xz/GGGOMMQ/hf38/jTHGGGMegV9OjDHGGPMo/HJijDHGmEfxMS8nv379+rt6Hzs1q9hO4ytmItPaJ3O9k50+sthJ/qvvADq71rE6V7JY+qY6O3ErmzCNA1nsJL+KmeZO4jJ287L409orXqWbUdWi/6QX5NAyTjQjV/ra4WSGk94ypjqIW1mHf3JygepyV5deoV+a2leCvy/91T1cId5j3FdU56u8E3DHatEX9/RNuNIv6sT8qV4VF+dQ+2qqniczI4Z2ZR7kTeqdoD1OrSKLpb2D6p5iL2r8XibfTZZP65h+f6q301PGpF6G9qB2J5wtsxWP/Nc6Jxd09xjoAZr8rIhxMb7KV3+VC6r8q1zVfVVfO3T3lpHFwRdhTNSP+ZneHVyts5Ofnd0RX/lWVHWVrj+lisv6YBxz4iepNEkWn0HtXSa9ZLpVz5VGxk7sVeIMrLvq4UqPmjtd7xJ7Uz1Qacb68ZPEPVF/lQsyvSmZ1oqYo2y9nGixjbTLZJf4SrIvKKvfXT7jY4z64zqrk/l2iT2sYC8Z2nNk1Wc1C7V25oxalTaoeu00shxSxVT1J3T1IpMeK5Bb5alujItnyhWfsjonkzjERJDT9ZXlEObEmEqLrOrFsw6NxzpSaXZ1Jj1UtV6J9pXVV7SXyTyRqI/8WH+1npDFR18Xg88K5sQY9ce1+kj0TWLA1Kcsz/87rE+FKLQSvgvU6bi7h2qubl7tsbqjuFayGJL5dtnRjf5JbqVFcE46rZUOqeJWfv0E0VflEj3X+Cp3h05vt9ZOP1FbyTQy7R3fiqwmUL1qrUQ/a+/EgujnPq4zcB61AX3xc4XGxRzsQabT6U9rg53YK7BO/NSzCpxPiTpVndVafR0an1FpRZ/mRz/3ca1kMST6JjGg8q2IOcqj/84Jh8MAmd1NvGC9XPizy9acKiaCOFoE+WpPAz1N5yTdrOqf6MYcje/y6ecnNZijmkT9nfZXMu1pEocZdV6Q5cGnVvki1O9sF+RU9SITfWgxbqqNOJruV0xilFX8rl5keo+IW9kdYB5ocS6uV/qImdhVdjUYH3vQ9Qq9D3xO7pr6WQ3kq92J1q2sY/xyshK6G1zUbs140RPTvFU9nMe8mKMxXFdU+WqvYNKbgjjaq3paMa3PuWAk5uiemhoPslqqneVchdq6jvvIpA+cx1mUVb4CnWidH7D3HVOwV70IzmJORxWb1aE2z7o63dkprL3DaR/dfPTjE3FqIPOdQP3TGZ4G5qhm2Z2Rd6PwrnjWaVb5anfAfnYs4+gnJxC7a5CMqK9DqEX0kqemeRNiHkAvmq8xFTHnXWhdfGb3GJnM82p2eoix1cyZn2f0awzAWvd3QV3Vjz5ah87GzyonzhrpcnegBj5pcR+NTHtADOch2NOULBawDs60Jta6X5Fp78Ce2UdVW+MUxEfflFWunse405oKZ2Ud7nWtPVTgvLMKPdPYVZ7CWBh6Zd8VU93sLsC0xirmLliHfWX7aBnbLyfvGDLq6xBqXw3ugn+wuOa+4yTnDlAn3hv2V+pnmk+imlk/Cfb0IY/3wjX3U6Y5qq85mZ+maM86m+4VamRnHbHuihjPuupXX3a226OCXNoErc819ysQxzr4nOYRrTftexp3FZ0NVPXg3527QmvG+mBSCzGZRaBDLT2PebQMasBWsYBxAJ+s30F9XU/z+DnNUTSPuZkvkp2rL55Ftl5OINRd+E9D/wDqegVj1cj0i1udRxCrdRT4d7Q+Cc7G+biujOj3ousp0GKe6mYwjjbxRVhPwT6rXWkQ5nUxJ7Bu1O38O+zEZ7Hag65P2M1lvSs1lTt7z7R2/3wgPvuzmKHaXR34p5od0NmZJYMapzqTPNXfqcVYNcLvhZaR5Wa+SHVe+SPjlxM0rmLZIN2AV6ButCew6gN3hpjVF0H4pdHuYqW1WwvxO3NlUINc1auAZrTOT+7+bidkNVc1unP2uEOM382vgA6NaH/4vPMuT9DeMtiv9rnqG+dqJ5zmvRv9Pk9Art5ld69g53v4SvROVn3iXE2J+wh0ETO9B8SpRXZ0ItkMiON+1ef2T05isXeAATJ7AuyF97Lb1+l9vmP+bh6eTXrXGXUNrtzdLloXsC4tgn5O+7uSp7ld/lRf9VZQjzl3Ql1CfdbSs6+CPaKfaU+rGGrSPp2T72oajzj+uQDVGsT9u7had3UXOFdT6EMPsHi+gnnvIPbPuux/1fv45YSF1CKV/7sTL13hl6B+rGmnd8bcr0Brx9kyOKOakvnegfZT1edsOI9z8h6q+TvdCmhRl0ZfrLOjP4llXYJ1rKm90Do/4Jp+1uAnfZpzB6y3q8v4av6dXjmjkvlOQA+0d7LqPzvnve2CHM6na6D7TB++zJ5MdkfZXCDeB8A++rGm4SyrcSesrTUBP+ljXMUjf329osMRHeqV7We1FfaR9QdfzO/0qFUx1cmYxGt9xGoOz6JfmdR4Bau67H0Hzsm1wnqx7qqPDu1xpdHV2dUhV2p2rHrFWYxhX1kez8Cqn0w35sRaVW3mTjWjbwJrd3S1q15A189Ov1lN8qoaQH1ZD5l2VzPTIJU/ErW7WLLbZ4Q1strwRa1Om1oVXU+dbkXXI8j0Hv9yYowxxpifxfY/JTbGGGOMeSV+OTHGGGPMo/DLiTHGGGMehV9OjDHGGPMo/HJijDHGmEfhlxNjjDHGPAq/nBhjjDHmUfjlxBhjjDGPwi8nxhhjjHkUj/4Nsatfk1v9Ktwdon5Wc9XHXdxVp9KJ/p16u7k4nzLtwRhjzM/gI//fOuDKg7Uji13l43xFpjll2jup+o3+1VxKFtvl61lXt9MwxhjzM3nkywkeWLtUY+w8/KrYrJ9XXNuk10kv3Rzq35kr06zqAD3L6lZnxhhjzLf7H//hYTclPjAjOM8ennc9UCe9ruqwl0orO6Mvamc+oP6qDtDcLi6S1TTGGPNzeexfiMXDLbNI5sPDjg88ruM+I8ZCu4q9A63HOplvQszp1tlc01mplZlSnVf+V/Dnz5+/K2OMMZ/Eo/+1TvUQy15IXsHqwYk+dq3LW52BuF71mIEc1aamrkncZ2Qx1FLr/MYYYwz59v+U+I6HYJXLlyZa9MV95ov7zgewzvo5mU+1Yx0Azcw3gXpqnf8O/JMSY4z5Hjz65QQPQrUTdh6CVS3kntbvoKbWha16ZT8aN+1xEkNWfazgPLTKdwd+MTHGmO/DY/9CLB5csTX69CzG3XEGdnLJSqMji+3ycQayejGPsYB+janWJNPr9qTyk+4cZ6DLJ9WLye/fv/+ujDHGfBLf/uUkMskDca9kZ1MfwdmUSrfSX/kntTU/6um+qgW6M1CdT/UVvqD4hcQYYz4f/2edL0L70v4yXwXOT+4l6uun+u/m9Duc4JcSY4z5PnzkT06U6NP96RmIe2Uau1tD96ea4DR3mqfsnE3rAZyB6twYY8z35Vv+ax082Phw4zruM2LsBMSePEBXeTiLfWQ5pw/vSivW7FjNcAXovkrbGGPMs/mIn5zoA7PzgekDM8at9oA16Z/UYg5BfFaLZDVXNUilE/0rzXjOvepUTOMiXT/GGGN+Ft/u19cbY4wx5rP59r+EzRhjjDGfhV9OjDHGGPMo/HJijDHGmAfxzz//B2lV5JKfAmXVAAAAAElFTkSuQmCC" alt="" />
解决代码及点评
/************************************************************************/
/*
2． 有一个数组，内放10个整数。要求找出最小的数和它的下标，然后把它和数组中最前面的元素对换位置
*/
/************************************************************************/
#include <stdio.h>
#include <stdlib.h> void main()
{
int a[10];
int min;//定义最小值
int k;//记录下标
for (int i=0;i<10;i++)//给数组赋值十个随机数
{
a[i]=rand()%100;
printf("%d\t",a[i]);
}
min=a[0];
for (int i=0;i<10;i++)//将最小值赋给min，得到数组最小值下标
{
if (min>a[i])
{
min=a[i]; // min保存最小值
k=i; // k保存最小值的下标
}
}
printf("\nmin=%d,k=%d\n",min,k); //将a[0]和a[k]交换后输出
a[0]=a[0]+a[k];
a[k]=a[0]-a[k];
a[0]=a[0]-a[k]; for (int i=0;i<10;i++)
{
printf("%d\t",a[i]);
}
system("pause");
}
代码下载及其运行
代码下载链接：
http://download.csdn.net/detail/yincheng01/6651903
解压密码为c.itcast.cn
下载解压后用VS2013打开工程文件
点击 “本地Windows调试器” 执行
程序运行结果
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3xrsUR37z029X5TjJ2SimlNqhkdhGWZhchqV8ljz/++KSVtG3frPLl+0LzHDqBrQ6C7ZW0HbO7krbtm5X6nIyPRTGdzq0MkMXy1NZ5TM9qVuc9a3YROK+NP/0fp40f611nfSied+gLyse6LS3/p+9fW/ap8+xoFUSrY9XhtDxe8xx6VG38I6GWPdR5OriX//bU7WPH7YsOFgdfs+rxmL3N7GJ6TrFkTaxbvTpWrU7vvI9YvWZ1rFm7tjyJdHIX/PnFccxLXx3bb/CRUMviyg+9P75xVzWb7PHSePeZx8X4B/Dc8604/9wfxn5n/XEctWvVVm738YhTUltzulo8rrP/Zcf9Zbx2n6qpdFN85tS/jB9VcxEL400XvSn2SpPl8ZbGcRPmv1wEn44D3tzY14Rl6/ex/Io/jQ9+7b/G+7L8b38nPpl+tTE58HfigiKorNc4/2gce8J5pPP9eswfH4OuPk84jz3j+BN2j2/csPv4ON7aevzO2NRjv/uBCyOKdTY49s2fjNM/sf6zyjqKY/S9HpNc06TnuHa2X7bbwvjRD+vjNq5PYXx8CxPOOzVMMhYd/cZv4rGi2f/We7Nlu35jVl7jxv3cYxzKa3Z3fbxqTHerrl3PsQOgzTe/tiRedtIR8bOHq2cYe7jmisvLoDWZhS98QRx+9DHVXLsdt58bX/rKknjJCZ3PEt2SzuGhx4rANkHnCcQiEpZT13znO/GP3/t+p6nwvENfGC869thY0tX+/KL98KK9jJRpw/XZctwO224z4Rx6mb/DEyZ+Tuk9v+g/UF/6279OUbea29CcOdsUi2fH46tWjncv2e2Xnxb7HnRIbPfETfdnRpdffnZ84O4T4iO/1Qx4m0DxA//PzlkaL/7zRjDZzMb7smjZpjl2EYpOu2z3eM+7uoLgZrTZrsfG6jEWW+z5ArDJfeOrV8fLX3ZkPPhI5xnGmfCUJ86J//Olq+L4E19Uzm9J5/DzR5vnkHJdM7V1jJUBtdle57+irdykWiM907mus+b4GikrVh8P+uTtJp5DL7s+ae7U/szoCSe/MRb9xmt61pEnvDJetPjlcWxX+4KFL4htt9uudZ/TrV2PPTEO/OENcWvLso2pFbf8IJbusXvnZeYZqrovV07r2PfEled9sjEOP47PfPz62P2A/bL0YVNfj6nV4GOxZZyvUkqpGav0UvLsmav6jT5b4jl0ptNjqmb+S9t0XnpPCbOzbqets161bvqqGor/dh6r+bqtfFk/TbedQ0vVxp8pXfFI99O5I+Tmj8epf53+dNbz4i0fe0vs3WmdGRt77Hsuiw+d/cWoXzHf46Sz48xj5ldzI8ZYANDlqsuviwP3f3bstttMvX4Ycffdy+OHN/wkjjzmkHLeOXTOoZddnrjNxJfv731kTbUIAGA4/OKhR+If/+HGePTRmfszo9ttt208/+D94kk7dH510Tn0/xXOX3ri7Imh9L5H+3zOKAAAbAZP3W7WxN8pLX8JQCmllFJKqZmsyvgzpfc/tuG7rwAAYHPaeduxzsv3ixcvXveJSz7XM5Ref8UXqykAAJi6U045JX5y10PV3EQplL75DScPFkqvvz69OxwAAKbmrLPOij333HPThdKLL764agEAYBQ89thjsWLFithmm21i7ty55Z8PbUqfM7pu3boJnzea1J9BmrZfuXLlQKF04p4BACADoRQAgOyEUgAAspv275QuWbKkfDziiCPKx6a0rK19GNT9Tpp9bLZ3G5ax6O5jv371uz+2Vm3XeFjv81563f/JVO6PrdEo3/9t936t7uMwX/9e/W/2cZj7X2v2sbt/o97/pnq9YRmDLf53SrtvvqZ+y7Z2zRut181WLxuWm7HW1vde13oY74Hu/k82BsOo7R6otS0bprGZSv+Gqd/d6v7XY1Ab9utfa/a/7mcyCv1v62Nt1PvfNGz9nmlTDqW9Bjy1D/PFaN6Qo2iyb8TaqHxDjko/a6N+/w9q1O4LRsOof/8P2v9R/f6fPXt2+QxqetxYUwql/S5MahvlH1ij3v9kVP7hGtV/eEbZIN/fw3z/D9L/ZNS/N0a1/4PeH8NsVH7+dUtBNL2c//znP7983NhgOnAoHdUB75bGoa5+hnW8mn1v9m1Y+9vLqH4f1Ne/vt61ejzalg2bun+jfP9393dUxiL1ra6mUe9/0yj2f5j73E8KoKme85znxLbbbhtvfetbNzqYTuvl++YF6b44wy7ddPWN16vvw3yDTtb/1NZs7zVGW6th689U9bv+zWVJc3pY1H3u1be0vDkuw3i/tI1Bv7ZhkPrVrKTtOg9r/2u9+l9rG4dhMkj/m+1t6wyLOpDutdde8dznPjeOPvro2G+//eKiiy7aqGA6cCitL0bzoiTNaYb/m7KX5r3R7PswjsMw9onJ9fveru/7umpt627NBvn3bdj6PFWj2v9R/dmXpD43qzbMY5FC5xve8IZ45StfGa94xSvioIMOKsPpwQcfHNdcc80G79Af1PS2YuSkf3Dqf3RG2TD/I7MpDOsPpu5++X4YLa53f74/Rs+aNWvikksuife9733x6le/OhYtWhSHHXZYLFy4MA4//PBYu3ZttebUTOtzSrtvtnQj9roBh+mHU1u/u9XrDFO/a4P0Pxl0va1N2z0+jNe5l8mua3P5sI1L27VP2vo5rPd/Uvdt1PqdTNa/Ue5/97LaMI3BoNd3GO+Dmfyc0ml/eD4AAMNti//wfAAA2JSEUgAAshNKAQDITigFACA7b3QCAKBVeqPSLbfcEnfeeWfcd999Vet6vd7otOOOO8bTn/708g1O3n0PAMBGSaH061//evn37XfeeeeqNcogmqTl6WNJ161bW7alzzBdtWpV/OxnD8Ydd/xrHHrood59DwDAxksfCVUH0hQ8V69eE4+vXl2Ez8fjkUcei4cffjge+sXD8eCDD8WKe++L//yvpeVffVp2z7Jym0EJpQAA9JXCaKr015rKWrO2elb08Vi5clX5bGiqRx99bHzZVAmlAABMqhNK1wfTNUX4XL1mdaxevToeL8JpCqjriuV1gJ0qoRQAgOyEUgAAshNKAQDITigFACA7oRQAgIGkj3qaO3duPOEJc2PbbZ8QT95hh3jKU54cO+20Y+y8807xpCdtX605dUIpAAADmTVrViw69pj4w1NPjQ+ce05cdOEF8bGPXhRf+uLfx49v+lERVLet1pw6oRQAgIE997nPjcMOOywOPuSQ8dpr771j9z32qNaYHqEUAICBpM8nveAjF8ZvvPzlccQRL4qFC58fBxxwUDzjGc+KXXaZX/7Z0ekSSgEAGIiX7wEA2CJ4+R4AgKy8fA8AQHZevgcAYIuwaNGiOOGEE+LY4rGuhc97XjztV3+1WmN6NksoXbJkSVmbWr3fZg1qOtt0a+5jY/YDALA1Si/fn37GO+Koo4+OAw44MJ7znOfGM5/57Nhjj1+OJz95p9F4+b4OgUccccR4JYOGw3r96eo+fiKYAgCjZM2aNbFq1apYuXJVEUBXxs8feigefPDn8cADP4v7738gfvGLh6s1p26zhNJmcNtcZjoQzkSfAABG1cChNIXAtmqayrLu5UnbOqm6tbVNR/f+6/nuAgBg85ryM6X1s4X1YzO0DfJsYnOd7sBXL+uuNr3aB1Ufu7mf5jGb1dQMqt3LAACYni3qd0rrwNddTd3z01Hvo1fg7K6mZlDtXgYAwPRsUaG0Dnzd1a2tbSrq7XsFzu4CAGDz2qJC6SAmC4m9nuHsVu9n0Gc7B9knAMCwWrduXVnpY6FSrVtXPK7pTHdqTaxNbUVNx7RCaa9g2B3cNmWQa4bI5n4HfSZzY8+j+/jJoMcGANiapTC6pgigq1evLj8WKk135h/v1JrV48vSutMxtnjx4nWfuORzcf9j7Tu4/oovxvXXXx8XX3xx1bLlEhYBADad9GH4X/7yl+OFL3xh7LDDDmUQTc+IptyZwudDDz1Utq1LX+WzpZ1nUh9++OH4t3/7aRxzzDGxcuXK2HPPPeMndz1U7XWinbcdize/4eThCqUAAGw6KZTeeOONceedd8Z9999XtU5ux6fsGPPmzYt9991XKAUAYOOkULpixYrYZpttYu7cuTFr1sTf/BwbGyufMU2PTWk+Vdp+0FC61b3RCQCA4SOUAgCQnVAKAEB2QikAANlN6Y1ObZ/1OWofv9Qcg2bf28amNixj1N3Hfv0a9o/n6te/tGzY+51093Eq98fWaCr963d/bI26+95U93GYr3+v/jf7OMz9rzX72N2/Ue9/U73esIzBFvlGp+Yg15V034jDrHsM2nSPz7Bo63uvaz/s90S//g1z39vugVrbsmEai6n0b5j63a3ufz0GtWG//rVm/+t+JqPQ/7Y+1ka9/03D1u+ZNu2X70dt4Js35Cia7BuxNuz3Ra/+pfZh7vuo3/+DGvb7n9E06t//g/bf9//Gm1YoNfAbGjS0DbNh/4erX/9c/+E2yPUd5vt/0Pt71H82jGr/B70/htmw//ybKdN+pnRUBz7deHX1M6w3aLPvzb4Na39rw96/QdXXvx6PWj0ubcuGTd2/Ubr/u3X3d1TGIvWtrqZR73/TKPZ/mPs806YcSrsvxqhJN1194/Uai2G+QSfrf2prtvcao63VsPdvMv2uf3NZ0pweFnWfe/VtFO6PtjHo1zYMUr+albRd52Htf61X/2tt4zBMBul/s71tHfqb1jOlw3rDbQrD/k3ZS/3NWldtWMZh2PvH5Pp9bzfvjebytnW3ZoP8+zZsfZ6qUe3/qP7sS1Kfm1UbxbHYWFMOpQZ5NKV/cOp/dKCXYf3B1N0v3w+jxfXuz/cHm4rPKZ2C7v639b37m3OYDNL/ZND1tlZt/etuqw1T3ye7rs3lw37Na239nGyctmZ130at38lk/Rvl/ncvqw3TGAx6fYfxPpjJzymdUigFAGB0bJEfng8AAJuLUAoAQHabNJT2+r2Sbr3WG3T7pN+6U9lPsqmOW5tsnY09943dHgBgSzOlULq5A0/6heCNOUbatt6+137qdZrVr31zm6njAABsyab8RqcUoup3kw0SqNreedbcR7d+y5rq9brPYZBtk17Hmez4zeM1j992Lkn3vrr3P9l8t7blbcet9dsXAEA/W80bnVLgaVavtn5SoGpWr7am1NZ2vKlI63fvu7nffprHa67fq30ybX1MerXX6uX1cZvHbs4DAGzpNvojofoFp2YoalsvLU/t/cJT2/Je2/TbV9vxB1Xvs99x+2nbvp6e7LGpu22QdQAApmsmnyndpJ9TOmggqtebLGS17S+1JW3HaVt/U6qPXUvH6nWO3cvatk26t2/bX9K9fVIfYzJt+wMAmMwWGUpf9apXVS0TA9UgukNRv+A1WYCqjznd7ZNBzrvXOXcfoznftt+285lsm6bJtp/MVNYFAGjaop8p3RQhpw5iaT+ThbKkPl597EG2aeo+38n60G95c1nzPJrrD7p9Mtl8t17Lm+319GT7AgDoZ6sKpWm+l17hKele1rbfXvPdy2q92rul9SbTvZ+2bbrPp986Sdv5Ndua23evl7Rt31Qvn2w9AIBBzGQonbjnaUoBqLu6paC0MWFputv10jzX7mrTXFZPp/40ta1Tq9etx6F72zTf3LZtef3YrLotaR4PAGBrsklCaXdQqkNSU3dIa0rrz3Sg6j7fZk1H9/bd83X/6nFo9jet093/NF9vm9TL623rqtua6wIAbG02ycv3zflar/akbVkdquqA1WvbZDrH7GWq23Sv37b9VPY5yP76SetPpnv/takcp5Z7ewBg5mwVL983w0Wa7q6pSgElVdp2c4WV+rya51cfs02/fvRbNpm07abYPlU9bnUlzcd6GgBgSzatUFqHoVodfpo1HfV+02NO9fF7nUvzPNvWaet/WqeutLxtnX7atu/eR70sSY9pvluvbQeVe3sAYDhNK5T2CxRtQag22bJ6v+mx37q1tE6zerUlabrXeU81INXn132+vapep/nY1L1uc75u67d9ktbrXpbm6+0BALZkG/0XndrCUFtbrXtZHZra1u+1n377H1R93F42dv8zpd/4JZtirACA0TSTv1O60aEUAIDhtFW80QkAADYVoRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFACA7oRQAgOyEUgAAshNKAQDITigFAGBgs2fPjrlz55Y1Z86c8ce60vLpEEoBABhYCp0veMELYsGCBWUdcMABsWjRojjttNPi4osvjlmzphcvhVIAAAa2Zs2auPbaa8tAesghh8TLXvayeNvb3hYnn3xy+bh27dpqzakRSgEAGFgKpakuueSSmDdvXhlOn/WsZ8XChQvLQJqWTYdQCgBAX2NjYxMqhc9U73//+8uX85/znOdsVCBNhFIAAPpKwbMtmK5bty5e8pKXlI9pvnudqRBKAQDoK4XS9Aam7tCZgujq1as3OpAmQikAAH3VgbRb3dYMo23rDUIoBQCgr7ZnSQepqRBKAQDoq1coTerHjSWUAgDQ1yOPPDKtmoqxxYsXr/vEJZ+L+x9bVzVNdP0VX4yjjjqqmgMAgKnZc8894yd3PVTNTbTztmPx5jecPHkoffYeO1RTAAAwPRsdSgEAYHOpQ6nfKQUAIDuhFACA7IRSAACyE0oBAMhOKAUAILvxd98DAEAO4x8JVc0DAEAGEf8ftYWI4H9BgY4AAAAASUVORK5CYII=" 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