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| <includeonly><div class="thumb {{#switch: {{{align|}}} | left = tleft | center | centre = tnone | tright}} {{#if: {{{noclear|}}} | no-clear }}" style="width:{{#ifeq: {{{direction|horizontal}}} | vertical | {{#expr: {{#if: {{{width|}}} | {{{width}}} | {{{width1}}} }} + 12}} | {{#if: {{{width|}}} | {{#expr: 8 + ({{{width|0}}} + 4) * {{#if: {{{image5|}}} | 5 | {{#if: {{{image4|}}} | 4 | {{#if: {{{image3|}}} | 3 | 2 }} }} }} }} | {{#expr: 16 + {{{width1}}} + {{{width2}}} + {{{width3|0}}} + {{{width4|0}}} + {{{width5|0}}} + {{#if: {{{image5|}}} | 12 | {{#if: {{{image4|}}} | 8 | {{#if: {{{image3|}}} | 4 | 0 }} }} }} }} }} }}px;{{#switch: {{{align|}}} | center | centre = margin: 0 auto;}}"> <div class="thumbinner"> {{#if: {{{header|}}} | <div style="clear:both;font-weight:bold;text-align:{{{header_align|center}}};background:{{{header_background|transparent}}};">{{{header}}}</div> }} <div style="{{#ifeq: {{{direction|horizontal}}} | horizontal | float:left;}}margin:1px;width:{{#expr: 2 + {{#if: {{{width|}}} | {{{width}}} | {{{width1}}} }} }}px;"><div class="thumbimage">[[Image:{{{image1}}}|{{#if: {{{width|}}} | {{{width}}} | {{{width1}}} }}px|{{{caption1|{{{box_caption}}}}}}]]</div>{{#if: {{{caption1|}}} | <div class="thumbcaption" style="clear:left;">{{{caption1}}}</div>}}</div> <div style="{{#ifeq: {{{direction|horizontal}}} | horizontal | float:left;}}margin:1px;width:{{#expr: 2 + {{#if: {{{width|}}} | {{{width}}} | {{{width2}}} }} }}px;"><div class="thumbimage">[[Image:{{{image2}}}|{{#if: {{{width|}}} | {{{width}}} | {{{width2}}} }}px|{{{caption2|{{{box_caption}}}}}}]]</div>{{#if: {{{caption2|}}} | <div class="thumbcaption" style="clear:left;">{{{caption2}}}</div>}}</div> {{#if: {{{image3|}}} | <div style="{{#ifeq: {{{direction|horizontal}}} | horizontal | float:left;}}margin:1px;width:{{#expr: 2 + {{#if: {{{width|}}} | {{{width}}} | {{{width3}}} }} }}px;"><div class="thumbimage">[[Image:{{{image3}}}|{{#if: {{{width|}}} | {{{width}}} | {{{width3}}} }}px|{{{caption3|{{{box_caption}}}}}}]]</div>{{#if: {{{caption3|}}} | <div class="thumbcaption" style="clear:left;">{{{caption3}}}</div>}}</div> {{#if: {{{image4|}}} | <div style="{{#ifeq: {{{direction|horizontal}}} | horizontal | float:left;}}margin:1px;width:{{#expr: 2 + {{#if: {{{width|}}} | {{{width}}} | {{{width4}}} }} }}px;"><div class="thumbimage">[[Image:{{{image4}}}|{{#if: {{{width|}}} | {{{width}}} | {{{width4}}} }}px|{{{caption4|{{{box_caption}}}}}}]]</div>{{#if: {{{caption4|}}} | <div class="thumbcaption" style="clear:left;">{{{caption4}}}</div>}}</div> {{#if: {{{image5|}}} | <div style="{{#ifeq: {{{direction|horizontal}}} | horizontal | float:left;}}margin:1px;width:{{#expr: 2 + {{#if: {{{width|}}} | {{{width}}} | {{{width5}}} }} }}px;"><div class="thumbimage">[[Image:{{{image5}}}|{{#if: {{{width|}}} | {{{width}}} | {{{width5}}} }}px|{{{caption5|{{{box_caption}}}}}}]]</div>{{#if: {{{caption5|}}} | <div class="thumbcaption" style="clear:left;">{{{caption5}}}</div>}}</div>}}}}}} {{#if: {{{footer|}}} | <div class="thumbcaption" style="clear:left;text-align:{{{footer_align|left}}};background:{{{footer_background|transparent}}};">{{{footer}}}</div> }}</div></div></includeonly><noinclude> {{documentation}} <!-- PLEASE ADD CATEGORIES AND INTERWIKIS TO THE /doc SUBPAGE, THANKS --> </noinclude> |
# 1. priklad pisomka A <{ForumPost(poster="tibor", timestamp=2005-09-09 17:59:04)}> Ahoj Chcem sa spytat na riesenie 1. prikladu v pisomke A. Vychadza mi ze v x=1 to nema vlastnu limitu a z definicie potom neexistuje Newtonov integral, ale sa mi nechce verit ze by nieco take bolo v pisomke, nemate niekto riesenie? Spocitat neurcity integral nie je problem len co s tym ked x=1. Zadanie je tu [http://www.karlin.mff.cuni.cz/~pick/MAI ... isem_A.pdf](http://www.karlin.mff.cuni.cz/~pick/MAII_04-05_LS_pisem_A.pdf) <{/ForumPost}> <{ForumPost(poster="tutchek", timestamp=2005-09-10 00:25:00)}> pac uz jsem krapet vysel ze cviku, nechal jsem si to spocitat pocitac: \!\(\(-2\)\ \@\(1\/\(\(-1\) + x\)\)\ \@\(\(-1\) + x\)\ \((ArcSin\[\@\(\(-1\) + \ x\)\/\@2] - \@3\ ArcTan\[\@\(\(-1\) + x\)\/\@\(1 - x\/3\)])\)\) uhm... mathematica zas*** -2(ArcSin(SQRT((-1+x)/2)-SQRT(3)*ArcTan(SQRT\[(-1+x)/(1-x/3)])) coz je imho 0 v 1 \[-1 + 1 = 0, zbytek je nezajimavy] ale jsem ted spise ve vodach programovani nez analyzy, takze bez zaruky <{/ForumPost}> <{ForumPost(poster="Ferro_the_King", timestamp=2005-09-10 01:29:07)}> > tutchek wrote: > \!\(\(-2\)\ \@\(1\/\(\(-1\) + x\)\)\ \@\(\(-1\) + x\)\ \((ArcSin\[\@\(\(-1\) + \ > x\)\/\@2] - \@3\ ArcTan\[\@\(\(-1\) + x\)\/\@\(1 - x\/3\)])\)\) A ja myslel, ze kurzy Cinstiny budou az pristi rok :D :D <{/ForumPost}> |