Merge pull request #58 from guna7222/main

updated formulas for all the pages
tnebooks · Jan 18, 2024 · fd8b7ea · fd8b7ea
2 parents 67a9884 + 133dac9
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diff --git a/content.en/gravitation/_index.md b/content.en/gravitation/_index.md
diff --git a/content.en/gravitation/elementary-ideas-of-astronomy/index.md b/content.en/gravitation/elementary-ideas-of-astronomy/index.md
diff --git a/content.en/gravitation/escape-speed-and-orbital-speed/index.md b/content.en/gravitation/escape-speed-and-orbital-speed/index.md
diff --git a/content.en/gravitation/gravitational-field-gravitional-potentional/index.md b/content.en/gravitation/gravitational-field-gravitional-potentional/index.md
diff --git a/content.en/heat-and-thermodynamics/thermal-properties-of-matter/index.md b/content.en/heat-and-thermodynamics/thermal-properties-of-matter/index.md
@@ -254,7 +254,7 @@ Where s is known as specific heat capacity of a substance and its value depends
 m = Mass of the substance
 
 The SI unit for specific heat capacity is {{< katex display >}}J \, \text{kg}^{-1} \, \text{K}^{-1}{{< /katex >}}. Heat capacity and specific heat capacity are always positive quantities.
-![Ramanujan](image_74.JPG)
+![Ramanujan](image_74.jpg)
 <!-- <img src="image_74.JPG" alt="Ramanujan" width="500" > -->
 
 <!-- **Table 8.2 Specific heat capacity of** some common substances at 1 atm (20°C) -->
@@ -343,7 +343,7 @@ In the case of **gas** molecules, the intermolecular forces are almost negligibl
 The increase in dimension of a body due to the increase in its temperature is called thermal expansion.
 
 The expansion in length is called linear **expansion**. Similarly the expansion in area is termed as **area expansion** and the
-![Ramanujan](image_75.JPG)
+![Ramanujan](image_75.jpg)
 <!-- <img src="image_75.JPG" alt="Ramanujan" width="200" > -->
 **Figure 8.4 Thermal expansions**
 

diff --git a/...cs/concept-of-rest-and-motion/image-9.PNG → ...cs/concept-of-rest-and-motion/image-9.png b/...cs/concept-of-rest-and-motion/image-9.PNG → ...cs/concept-of-rest-and-motion/image-9.png
diff --git a/...nematics/projectile-motion/Projection.png → ...nematics/projectile-motion/projection.png b/...nematics/projectile-motion/Projection.png → ...nematics/projectile-motion/projection.png
diff --git a/content.en/kinetic-theory-of-gases/kinetic-theory/index.md b/content.en/kinetic-theory-of-gases/kinetic-theory/index.md
@@ -4,7 +4,7 @@ weight: 1
 ---
 **9.1**
 **Learning Objectives**
-![Alt text](intro1.png)
+<!-- ![Alt text](intro1.png) -->
 **In this unit, the student is exposed to**
 • necessity of kinetic theory of gases
 • the microscopic origin of pressure and temper