docs

tutorial/03 - Trajectory Optimization and Optimal Control/03 - The AeroSandbox Dynamics Stack/07 - The AeroSandbox Dynamics Stack without Optimization.ipynb

@@ -421,7 +421,7 @@
    "source": [
     "Looking at these charts, the answer's a bit more obvious: the balloon simply pops, since it is not infinitely elastic and the radius cannot grow to over a kilometer.\n",
     "\n",
-    "There is also a second-order effect here that we have ignored: the tension in the balloon skin leads to unequal pressures on the inside and outside of the balloon. This causes the helium to have a slightly higher density than it otherwise would at ambient pressure, which leads to a slightly lower buoyancy force."
+    "There is also a second-order effect here that we have ignored: the tension in the balloon skin leads to unequal pressures on the inside and outside of the balloon. This causes the helium to have a slightly higher density than it otherwise would at ambient pressure, which leads to a slightly lower buoyancy force. Depending on assumptions about balloon tension, this effect could cause the altitude of the balloon to asymptote to a constant value, rather than increase indefinitely."
    ],
    "metadata": {
     "collapsed": false