From 609eebe6f244695e548bad39861ecceb1c7aeab4 Mon Sep 17 00:00:00 2001
From: Claude Meny <claude.meny@irap.omp.eu>
Date: Fri, 26 Feb 2021 15:05:20 +0100
Subject: [PATCH] Update
 00.brainstorming-pedagogical-teams/45.synthesis-structuring/instructions-for-levels/30.beyond/annex.es.md

---
 .../30.beyond/annex.es.md                     | 96 +++++++------------
 1 file changed, 36 insertions(+), 60 deletions(-)

diff --git a/00.brainstorming-pedagogical-teams/45.synthesis-structuring/instructions-for-levels/30.beyond/annex.es.md b/00.brainstorming-pedagogical-teams/45.synthesis-structuring/instructions-for-levels/30.beyond/annex.es.md
index c0142fde4..a51988e76 100644
--- a/00.brainstorming-pedagogical-teams/45.synthesis-structuring/instructions-for-levels/30.beyond/annex.es.md
+++ b/00.brainstorming-pedagogical-teams/45.synthesis-structuring/instructions-for-levels/30.beyond/annex.es.md
@@ -206,6 +206,7 @@ Se ofrecen las siguientes categorías, pero para discusión, todas las ideas son
 
 ##### Algunos ejemplos
 
+
 ! *YOUR  CHALLENGE*  :  An object (a painting), a physical system (a lensball), how many scenarios and optical systems?
 !
 ! _Skill tested : understanding of physical situations_
@@ -214,7 +215,7 @@ Se ofrecen las siguientes categorías, pero para discusión, todas las ideas son
 !
 ! *Discovery time : 30 minutes*<br>
 ! *Resolution time : 10 minutes*
-
+!
 ! <details markdown=1>
 ! <summary>
 ! I choose it
@@ -234,48 +235,26 @@ Se ofrecen las siguientes categorías, pero para discusión, todas las ideas son
 ! Images 2 (the smallest) and 3
 !
 ! ![](lentille-boule-2-reflexions_L650.jpg)
-! </detais>
 !
-! <details>
-! <summary>
-! I choose it
-! </summary>
-! A lensball is a simple physical system: a sphere of glass of refractive index $`n=1.5`$ and of radius $`R=5\;cm`$.
-! <br>
-! A ball lensball is placed in front of a painting. Depending on the position of the observer or the camera, 
-! the optical system (the sequence of simple optical elements crossed by light between the physical object
-! and the observed image) that forms the image differs.
-! <br>
-! Observe the 3 images of the painting given by the lensball :
-! <br>
-! Image 1
-! <br>
-! ![](lentille-boule-1-transparence_L650.jpg)
-! <br>
-! Images 2 (the smallest) and 3
-! <br>
-! ![](lentille-boule-2-reflexions_L650.jpg)
-! <br>
 ! For each image of the painting, can you identify the optical system, then specify `
 ! the characteristics of the various simple elements that constitute the system and their relative distances?
-! <br>
+!
 ! * _The resolution time is the typical expected time to be allocated to this problem if it was part of an examen for an optics certificate._ 
 ! * _The discovery time is the expected time required to prepare this challenge if you don't have practice. But take as much time as you need._
+!
 ! <\details>
-! <br>
-! <details>
+! <details markdown=1>
 ! <summary>
 ! Ready to answer M3P2 team questions for image 1?
 ! </summary>
-! <br>
-! <details>
+!
+! <details markdown=1>
 ! <summary>
 ! Where is the painting located?
 ! </summary>
 ! * The painting is located on the other side of the lens, in relation to you.
 ! </details>
-! <br>
-! <details>
+! <details markdown=1>
 ! <summary>
 ! What is the optical system giving the image of the painting?
 ! </summary>
@@ -283,8 +262,7 @@ Se ofrecen las siguientes categorías, pero para discusión, todas las ideas son
 ! * The optical system is composed of two spherical refracting surfaces, centered on the same optical axis.<br>
 ! <br>
 ! </details>
-! <br>
-! <details>
+! <details markdown=1>
 ! <summary>
 ! How do you characterize each of the single optical elements that make up this optical system, 
 ! and their relative distances?
@@ -303,83 +281,80 @@ Se ofrecen las siguientes categorías, pero para discusión, todas las ideas son
 ! $DS2$ encountered by the light has the follwing characteristics :<br>
 ! $`\overline{S_2C_2}=-|R|=-5\;cm`$ , 
 ! $`n_{ini}=1.5`$ and $`n_{fin}=1`$
-! <br>
+!
 ! * Algebraic distance between $DS1$ and $DS2$ is : $`\overline{S_1S_2}=+10\;cm`$
-! <br>
+!
 ! </details>
-! <br>
-! <details>
+! <details markdown=1>
 ! <summary>
 ! If you had to determine the characteristics of the image (position, size), how 
 ! would you handle the problem?
 ! </summary>
-! <br>
+!
 ! * $`DS1`$ gives an image $`B_1`$ of an object $`B`$. This image $`B_1`$ for $`DS1`$ 
 ! becomes the object for $`DS2`$. $`DS2`$ gives an image $`B'1`$ of the object $`B_1`$
-! <br>
+!
 ! </details>
 ! </details>
-! <br>
-! <details>
+! <!--FOR IMAGES 2 & 3-->
+!
+! <details markdown=1>
 ! <summary>
 ! Ready to answer M3P2 team questions for images 2 and 3?
 ! </summary>
-! <br>
-! <details>
+!
+! <details markdown=1>
 ! <summary>
 ! Where is the painting located?
 ! </summary>
-! <br>
+!
 ! * The painting is located on the same side of the lens as you, behind you.
-! <br>
+!
 ! </details>
-! <br>
-! <details>
+! <details markdown=1>
 ! <summary>
-! <br>
+! 
 ! What are the two optical systems at the origin of the two images of the painting? And 
 ! can you characterize each of the single optical elements (+ their relative distances) 
 ! that make up each of these optical systems ?
 ! </summary>
-! <br>
+!
 ! * A first optical system $`OS1`$ is composed of a simple convexe spherical mirror 
 ! (the object is reflected on the front face of the ball lensball). Keaping the optical
 ! axis positively oriented in the direction of the incident light propagation on the lensball,
 ! the algebraic value of the mirror radius is : $`\overline{SC}=+5\;c`$.
-! <br>
+!
 ! * The second optical system $`OS2`$ is composed of three simple optical elements :<br><br>
 ! 1) The light crosses a spherical refracting surface $`DS1`$ with characteristics : 
 ! $`\overline{S_1C_1}=+|R|=+5\;cm`$ , $`n_{ini}=1`$ and $`n_{fin}=1.5`$.
-! <br>
+!
 ! 2) Then the light is reflected at the surface of the last lensball interface that
 ! acts like a spherical mirror of characteristics : $`\overline{S_2C_2}=-|R|=-5\;cm`$, 
 ! $`n=1.5`$.
-! <br>
+!
 ! 3) Finally the light crosses back the first interface of the lensball that acts 
 ! like a spherical refracting surface those characteristics are :
 ! $`\overline{S_3C_3}=+|R|=+5\;cm`$ , $`n_{ini}=1.5$ and $n_{fin}=1`$.
-! <br>
+!
 ! Relative algebraic distances between the different elements of $`OS2`$ are :
-! <br>
+!
 ! $`\overline{S_1S_2}=+10\;cm`$ and $`\overline{S_2S_3}=-10\;cm`$
-! <br>
+!
 ! </details>
-! <br>
-! <details>
+! <details markdown=1>
 ! <summary>
 ! Which image is associated with each of the optical systems?
 ! </summary>
-! <br>
+! 
 ! * It is difficult to be 100% sure before having made the calculations. 
-! <br>
+!
 ! </details>
-! <br>
-! <details>
+! <details markdown=1>
 ! <summary>
 ! Why do we had to take the picture in the darkness, with only the painting 
 ! illuminated behind the camera, to obtain images 2 and 3 ?
 ! </summary>
-! <br>
+!
 ! * At a refracting interface, part of the light incident power is refracted, 
 ! and part is reflected. For transparent material like glass and for visible light,
 ! the part of the reflected power is small. If the room had been homogeneously 
@@ -389,6 +364,7 @@ Se ofrecen las siguientes categorías, pero para discusión, todas las ideas son
 ! </details>
 ! </details>
 
+
 ! *YOUR  CHALLENGE*  :  Looking at a cathedral through a lensball. Can you predict your observation?
 !
 ! _Skill tested : to know how to carry out calculations_