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--- public:calculator:guides:dm15l_miso_solve [02/08/22 11:55 BST] – [Source] john
+++ public:calculator:guides:dm15l_miso_solve [06/03/25 06:49 GMT] (current) – external edit 127.0.0.1
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-====== DM15L "Miso" Solve ======
+====== DM15L "Multi In Single Out" Solve ======
 ** Using multi-variable equations in SOLVE **
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+<QUOTE>
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 Invoke SOLVE or INTEG in the usual manner.
 This procedure utilizes indirect storage to make the RPN program more flexible. SOLVE and INTEG feed the each value of the floating variable as input to the user program, which immediately stores the value indirectly to its user-chosen register. Each variable in the function is then recalled for use in calculations, so the user program need not be structured to receive any particular variable from the stack.
 <code>
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 </code>
+<cite>
+[[https://www.hpmuseum.org/cgi-sys/cgiwrap/hpmuseum/articles.cgi?read=556]]
+</cite>
+</QUOTE>
 ===== Example : OHMS LAW =====
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 from [[https://www.hpmuseum.org/forum/thread-1212.html]]
-<code>
+<QUOTE>
 So, can I write an equation in programming, such as
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 and use SOLVE to find the unknown?
-cf. TECHNIQUE: 'SOLVE' AND 'INTEG' WITH "MISO" USER FUNCTIONS ON THE 34C/15C/41C
 Code:
-LBL A
-STO (i)
+  LBL A
-RCL 0
+  STO (i)
-RCL* 1
+  RCL 0
-RCL- 2
+  RCL* 1
-RTN
+  RCL- 2
+  RTN
 Example:
-<I> STO 0
+  <I> STO 0
-<E> STO 2
+  <E> STO 2
 STO I
-SOLVE A
+  SOLVE A
-</code>
+<cite> from [[https://www.hpmuseum.org/forum/thread-1212.html]] </cite>
+</QUOTE>
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-{{tag>}}
+{{tag>calculator dm15l}}