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Add Admonitions for Migrated Lectures #340

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Merged
merged 9 commits into from
Feb 4, 2024
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Add Admonitions for Migrated Lectures #340

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5c6259a
update admonitions for migrated lectures
HumphreyYang Jan 29, 2024
db5220a
Merge branch 'main' into migrate-tags
HumphreyYang Jan 29, 2024
51b4c60
update migration admonition for schelling
HumphreyYang Jan 29, 2024
170cb9d
remove contents tags
HumphreyYang Jan 29, 2024
efea6d1
migrate complex_and_trig lecture
HumphreyYang Jan 31, 2024
83b9807
update migration taf for scalar_dynam
HumphreyYang Jan 31, 2024
82e9704
update config and intersphinx
HumphreyYang Feb 4, 2024
5fabce7
Merge branch 'main' into migrate-tags
HumphreyYang Feb 4, 2024
212d6be
merge main and fix pv intersphinx
HumphreyYang Feb 4, 2024
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merge main and fix pv intersphinx
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@HumphreyYang
HumphreyYang committed Feb 4, 2024
commit 212d6be416fd57f629a0a1bfaafd536d84e75a3f
2 changes: 1 addition & 1 deletion lectures/pv.md
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Expand Up @@ -82,7 +82,7 @@ A system of equations like {eq}`eq:Euler1` is an example of a linear **differen
There are powerful mathematical methods available for solving such systems and they are well worth
studying in their own right, being the foundation for the analysis of many interesting economic models.

For an example, see {doc}`Samuelson multiplier-accelerator <samuelson>`
For an example, see {doc}`Samuelson multiplier-accelerator <dynam:samuelson>`

In this lecture, we'll solve system {eq}`eq:Euler1` using matrix multiplication and matrix inversion, basic tools from linear algebra introduced in {doc}`linear equations and matrix algebra <linear_equations>`.

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