Update Giancoli v6 to use Circ.asy v0.2.

[course.git] / latex / problems / Giancoli_6 / question19.13.tex

diff --git a/latex/problems/Giancoli_6/question19.13.tex b/latex/problems/Giancoli_6/question19.13.tex
index feae8647a7c02e5a787fe9b97a5f42c7214a3ae2..614b0d8db3cef4b08442ac0cb8c84dba7e354c96 100644 (file)
--- a/latex/problems/Giancoli_6/question19.13.tex
+++ b/latex/problems/Giancoli_6/question19.13.tex
@@ -8,13 +8,14 @@ battery.
 \begin{asy}
   import Circ;
   real u = 1cm;
-  TwoTerminal B = source((0,0), DC, 0, "", "$V$");
-  TwoTerminal r = resistor(B.end, normal, 0, "", "$r$");
-  TwoTerminal R = resistor((0,u), normal, 0, "$R$", "");
-  TwoTerminal I = current((r.end.x, R.end.y), 180, "", "$I$");
-  wire(B.beg, R.beg, udsq);
-  wire(r.end, I.beg, udsq);
-  wire(I.end, R.end, nsq);
+  MultiTerminal B = source(type=DC, label="$V$");
+  MultiTerminal r = resistor(B.terminal[1], type=normal, label="$r$");
+  MultiTerminal R = resistor((0,u), type=normal, label="$R$");
+  MultiTerminal I = current((r.terminal[1].x, R.terminal[1].y), dir=180,
+      label=Label("$I$", align=N));
+  wire(B.terminal[0], R.terminal[0], udsq);
+  wire(r.terminal[1], I.terminal[0], udsq);
+  wire(I.terminal[1], R.terminal[1], nsq);
 \end{asy}
   \end{center}
 Make a circuit using a known resistance $R$ to connect the two