diff --git a/docs/starting/coordinates.md b/docs/starting/coordinates.md
index 7dfaa319f160eb7b04b1b5f01d211b38f217b415..4821725bdf3732c90e58d5588a25a59bb8c04b1a 100644
--- a/docs/starting/coordinates.md
+++ b/docs/starting/coordinates.md
@@ -4,7 +4,7 @@ In MUYSC, we utilize decimal coordinates to accurately locate objects, and for e
 
 
 
-![Earth](images/cerroGoogle.PNG)
+![Earth](../images/cerroGoogle.PNG)
 
 The initial step involves creating a polygon surrounding the object of interest. Subsequently, place two points along a diagonal of the polygon, and input the obtained geographic coordinates into the MUYSC format. This will result in a quadrilateral representing the study area.
 
@@ -27,13 +27,13 @@ a.plot_structure()
 The following illustrates an example of how MUYSC can display the geological structure:
 
 
-![Machin](images/MachinStructure.jpg)
+![Machin](../images/MachinStructure.jpg)
 
 
 Now let's see other part in the world
 
 :::{code-cell}
-# MONTE FUJI ESTRUCTURA
+# MONTE FUJI 
 regionPoints = [35.398710, 35.327432, 138.799493, 138.683672, "MONTE FUJI"]
 a = MuyscImprove.Mute(regionPoints,80,srtm1_data, "Greens")
 a.elevation()
@@ -44,4 +44,4 @@ a.plot_structure()
 The following illustrates an example of how MUYSC can display the geological structure:
 
 
-![Machin](images/FujiStructure.jpg)
+![Machin](../images/FujiStructure.jpg)