Umwandlung von Masse in Energie - Versionsgeschichte

Till: /* Skizzen */

2024-02-01T11:41:08Z

‎Skizzen

2019-02-12T14:54:47Z

‎Skizzen

2019-02-12T14:34:00Z

‎Skizzen

2019-02-12T14:30:47Z

‎Skizzen

2019-02-12T14:27:30Z

‎Skizzen

2019-02-12T14:26:44Z

‎Skizzen

2019-02-12T14:25:30Z

‎Skizzen

2019-02-12T14:23:39Z

‎Skizzen

2019-02-12T14:21:06Z

‎Skizzen

2014-05-22T14:03:41Z

‎Skizzen

@@ Zeile 26: / Zeile 26: @@
 == Skizzen ==
-     <htmltag tagname="script" src="https://www.till-meyenburg.de/lib/js/graph.js"></htmltag>
+     <htmltag tagname="script" src="https://www.mbgt.de/lib/js/graph.js"></htmltag>
      <htmltag tagname="script">
      window.onload = function(){var canvas = document.getElementById("myCanvas"); var myGraph = new Graph({canvas: canvas,minX: 0,minY: -120, maxX: 10, maxY: 120}); var context = canvas.getContext("2d"); myGraph.drawEquation(function(x){return 10 * x;}, "blue", 3);myGraph.drawEquation(function(x){return 100 - 10 * x;}, "red", 3);context.font = "10pt TimesNewRoman";context.fillText("Energie", 650, 175); context.fillText("Masse", 650, 60); context.beginPath(); context.lineWidth = 7; context.moveTo(0,0); context.lineTo(700, 400); context.moveTo(700, 0); context.lineTo(0, 400); context.stroke(); var canvas =  document.getElementById("myCanvas2"); var myGraph = new Graph({canvas: canvas, minX: -10, minY: -120, maxX: 10, maxY: 120}); var context = canvas.getContext("2d"); myGraph.drawEquation(function(x){       return x;}, "blue", 3); myGraph.drawEquation(function(x){return 10 * x;}, "red", 3); context.font = "10pt TimesNewRoman"; context.fillText("Energie", 650, 60); context.fillText("Masse", 650, 130);};</htmltag>

@@ Zeile 26: / Zeile 26: @@
 == Skizzen ==
-     <htmltag tagname="script" src="http://www.till-meyenburg.de/lib/js/graph.js"></htmltag>
+     <htmltag tagname="script" src="https://www.till-meyenburg.de/lib/js/graph.js"></htmltag>
      <htmltag tagname="script">
      window.onload = function(){var canvas = document.getElementById("myCanvas"); var myGraph = new Graph({canvas: canvas,minX: 0,minY: -120, maxX: 10, maxY: 120}); var context = canvas.getContext("2d"); myGraph.drawEquation(function(x){return 10 * x;}, "blue", 3);myGraph.drawEquation(function(x){return 100 - 10 * x;}, "red", 3);context.font = "10pt TimesNewRoman";context.fillText("Energie", 650, 175); context.fillText("Masse", 650, 60); context.beginPath(); context.lineWidth = 7; context.moveTo(0,0); context.lineTo(700, 400); context.moveTo(700, 0); context.lineTo(0, 400); context.stroke(); var canvas =  document.getElementById("myCanvas2"); var myGraph = new Graph({canvas: canvas, minX: -10, minY: -120, maxX: 10, maxY: 120}); var context = canvas.getContext("2d"); myGraph.drawEquation(function(x){       return x;}, "blue", 3); myGraph.drawEquation(function(x){return 10 * x;}, "red", 3); context.font = "10pt TimesNewRoman"; context.fillText("Energie", 650, 60); context.fillText("Masse", 650, 130);};</htmltag>

@@ Zeile 28: / Zeile 28: @@
      <htmltag tagname="script" src="http://www.till-meyenburg.de/lib/js/graph.js"></htmltag>
      <htmltag tagname="script">
-     window.onload = function(){
+     window.onload = function(){var canvas = document.getElementById("myCanvas"); var myGraph = new Graph({canvas: canvas,minX: 0,minY: -120, maxX: 10, maxY: 120}); var context = canvas.getContext("2d"); myGraph.drawEquation(function(x){return 10 * x;}, "blue", 3);myGraph.drawEquation(function(x){return 100 - 10 * x;}, "red", 3);context.font = "10pt TimesNewRoman";context.fillText("Energie", 650, 175); context.fillText("Masse", 650, 60); context.beginPath(); context.lineWidth = 7; context.moveTo(0,0); context.lineTo(700, 400); context.moveTo(700, 0); context.lineTo(0, 400); context.stroke(); var canvas =  document.getElementById("myCanvas2"); var myGraph = new Graph({canvas: canvas, minX: -10, minY: -120, maxX: 10, maxY: 120}); var context = canvas.getContext("2d"); myGraph.drawEquation(function(x){       return x;}, "blue", 3); myGraph.drawEquation(function(x){return 10 * x;}, "red", 3); context.font = "10pt TimesNewRoman"; context.fillText("Energie", 650, 60); context.fillText("Masse", 650, 130);};</htmltag>
      <div>
 			<htmltag tagname="canvas" id="myCanvas" width="700" height="400">

@@ Zeile 42: / Zeile 42: @@
      }, "blue", 3);
      myGraph.drawEquation(function(x){
-        return 100 - 10 * x;
+    return 100 - 10 * x;
      }, "red", 3);
      context.font = "10pt TimesNewRoman";

@@ Zeile 37: / Zeile 37: @@
          maxY: 120
      });
-var context = canvas.getContext("2d");
+    var context = canvas.getContext("2d");
      myGraph.drawEquation(function(x){
          return 10 * x;
@@ Zeile 61: / Zeile 61: @@
          maxX: 10,
          maxY: 120
-     });var context = canvas.getContext("2d");
+     });
 	myGraph.drawEquation(function(x){
          return x;

@@ Zeile 26: / Zeile 26: @@
 == Skizzen ==
-     <shtml version="2" keyname="Till" hash="a165858ec458e324e70a013c3a5658f383ab062cbb4e0bb0bdc1ea310b16e39d"><head>
+     <htmltag tagname="script" src="http://www.till-meyenburg.de/lib/js/graph.js"></htmltag>
-        <script src="http://www.till-meyenburg.de/lib/js/graph.js"></script>
+		<htmltag tagname="script">
 		window.onload = function(){
      var canvas = document.getElementById("myCanvas");
@@ Zeile 86: / Zeile 85: @@
 };
-	</script>
+	</htmltag>
-     </head>
+     <div>
-    <body>
+			<htmltag tagname="canvas" id="myCanvas" width="700" height="400">
-        <div>
+			</htmltag>
 		</div>
 		Skizze1 <br />
 		<br /><br />
 		<div>
-			<canvas id="myCanvas2" width="700" height="300">
+			<htmltag tagname="canvas" id="myCanvas2" width="700" height="300">
-			</canvas>
+			</htmltag>
 		</div>
 		Skizze 2 <br />
 Skizze 1 zeigt die falsche Interpretation der Gleichung E = m * c². Würde Masse in Energie umgewandelt werden können oder umgekehrt, wäre E = m * c² wie eine chemische Reaktionsgleichung, dann würde bei steigender Energie die Masse fallen, bzw. bei steigender Masse die Energie fallen. Der Graph sähe dann im Positiven aus wie ein X. Dieses ist aber falsch. Skizze 2 zeigt den richtigen Verlauf: Je mehr Masse ein Objekt hat, um so mehr Energie hat es auch, und je mehr Energie es hat, umso mehr Masse hat es. So ist E = m * c² alleine zu verstehen.