math-exams-symvp-duo

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joshuarauh commited on Feb 12

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86e2004

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1 Parent(s): 08c00fa

Update app.py

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@@ -1113,7 +1113,7 @@ def check_and_resolve_discrepancy(initial_response, sympy_output):
 2. To prove equivalence, you MUST do at least ONE of the following:
    a) Algebraically transform one expression into the other through valid steps
    b) Show that they evaluate to the sane number.
-       NOTE: Before you assert that the SymPy and Original solution evaluate to the same number, CAREFULLY calculate the value of each. If the expressions are not obviously identical, double check: CALCULATE each solution CORRECTLY out to 10 decimal places and compare the results.
 3. For special functions (like hypergeometric functions):
    - Do not assume equivalence without verification

 2. To prove equivalence, you MUST do at least ONE of the following:
    a) Algebraically transform one expression into the other through valid steps
    b) Show that they evaluate to the sane number.
+       NOTE: Before you assert that the SymPy and Original solution evaluate to the same number, CAREFULLY calculate the value of each. If the expressions are not identical in symbolic form, double check: CALCULATE each solution CORRECTLY out to 10 decimal places and compare the results.
 3. For special functions (like hypergeometric functions):
    - Do not assume equivalence without verification