Tuesday, 15 September 2026

Are you Blogging?


Yes, I am, and what about you?


Here you have the keys to create a new blog.
Obviosly you need, at first a GMAil account because you are going to make it using the Goggle Platform.
To get started with blogger:

1. Create a google account.
2. Create a blog. Pay attention to the name of your blog, and choose a template.
3. Follow the instructions to publish a post.


From the moment you have your blog created, send a mail to the teacher with the URL of the blog. You do not need to have everything finished to send the link. You can going on improving it later.

Look at these requirements that your work has to meet:
  
  • Publish your blog and check...
  • Remember your Blog address or the way to search for it!! 
  • Send the blog address to the teacher
  • Choose a Template... 
  • Configuration... Change the language to English 
  • Public several articles
  • Include Labels on the articles
  • Add your favicon, and a nice header with photo...
  • Learn the difference between Articles and  pages...
  • Include a posts with photos and links
  • Include an article with embed video or/and embed audio
  • Include also a link on an article or a page
  • Learn the difference between page menu and labels
  • Create three stable pages with important information: About me, About my blog(s), Important info, and publish them as a menu
  • No comments allowed on pages...
  • Revise the Setting Options (Configuration). 
  • Be sure you know how to add images, links, videos,
  • Evaluate your blog and improve it up to get the best of it ...
  • Check your blog link is correct on the teacher's blog


Tie your boots and come on!

Wednesday, 20 May 2026

Table of content on blogger


Create a table of content with information about your blog projects and links to your blog article.

Include also a link to your classmates blog articles.

FIRST OPTION:

HTML code for a table:

 

<table align="left" bgcolor="#ffffff " border="0" bordercolor="#ffffff" cellpadding:"2" cellspacing="0" >

<tbody>


<tr>
<td><img src="
URL of the image" height="120" width="120" /></td>
<td><img src="
URL of the image" height="120" width="120" /></td>
<td><img src="
URL of the image" height="120" width="120" /></td>
<td><img src="
URL of the image " height="120" width="120" /></td>
</tr>


<tr>
<td><img src="
URL of the image " height="120" width="120" /></td>
<td><img src="
URL of the image " height="120" width="120" /></td>
<td><img src="
URL of the image " height="120" width="120" /></td>
<td><img src="
URL of the image " height="120" width="120" /></td>
</tr>


</tbody></table>

 

Here I explain what each command or piece of code makes. You will have to adapt it and make the changes  according to your needs.

  • Between  <tr>...</tr>: line (horizontal).
  • What you find between  <td>...</td>: each of the cells that this line contains
  • table align: can be  left, center, right
  • bgcolor: background colour (white in the example).
  • border: border thikness in pixels
  • border color: (white in the example).
  • cellpadding: space between border and content in pixels.
  • cellspacing: distance between  the table cells, in pixels.
  • height:  image height, in pixels. (If no value here the image will appear with its real size)
  • width: image width

To include text change the image by:

 

<td>write the text here</td>

     This is how this version looks:

πŸ‘€ πŸ‘½

here I write what I wanto to publish
πŸ‘½

 







SECOND OPTION: 


Here you have the html code to create a link

<a href="https://ercillaictechs.blogspot.com/" target="_blank">myblog</a>

 Here you have the code to add a simple table with some content on it:

<div class="table">
  <table style="white-space: nowrap;">
    <thead>
      <tr>
        <th>No</th>
        <th>Column_1</th>
        <th>Column_2</th>
        <th>Column_3</th>
        <th>Column_4</th>
        <th>Column_5</th>
      </tr>
    </thead>
    <tbody>
      <tr>
        <td>1</td>
        <td>Abhishek</td>
        <td>Padhi</td>
        <td>90</td>
        <td>96</td>
        <td>99</td>
      </tr>
      
      <tr>
        <td>2</td>
        <td>Udit</td>
        <td>Narayan</td>
        <td>95</td>
        <td>98</td>
        <td>99</td>
      </tr>
      
      <tr>
        <td>3</td>
        <td>Rohit</td>
        <td>Thakur</td>
        <td>90</td>
        <td>93</td>
        <td>89</td>
      </tr>
      
    </tbody>
  </table>
</div>


<style> 
.table {
    display: block;
    overflow-y: hidden;
    overflow-x: auto;
    scroll-behavior: smooth;
} 
  
 .table thead {
    display: table-header-group;
    vertical-align: middle;
    border-color: inherit;
    color: white;
    background: darkcyan;
}
  
tr {
    display: table-row;
    vertical-align: inherit;
    border-color: inherit;
}
  
 table th {
    padding: 16px;
    text-align: inherit;
    border-bottom: 1px solid black;
   color:white!important;
}
  
  tbody {
    display: table-row-group;
    vertical-align: middle;
    border-color: inherit;
}
  
 table:not(.tr-caption-container) {
    min-width: 100%;
    border-radius: 3px;
}
</style>


And here you have the result. With this you may adapt the information inside, using the blog html tool

 

No Column_1 Column_2 Column_3 Column_4 Column_5
1 Abhishek myblog 90

coeff of friction poster


99
2 Udit Narayan 95 98 99
3 Rohit Myproject99999 90 93 89


Final Project: Publish a final article on your blog with the highlights of the year

On your article you have to include:

- At least 3 or 4 of your best projects of the year with the author, the link to get to it and the topic or comment about it

- Al least 3 or 4 of the projects by any of your class mates. Link, author and topic

- Present the list of projects on a nice table

- Minimum number of projects on the table: 7

- Do not repeat project or student

- Include labels: project, best, summing up, table,

Friday, 17 April 2026

Coefficient of static friction: Experimental Measurement

 This is an experimental project where you are going to check some of the conceps you learnt in Phisics: The inclined plane movement.




You will calculate the coefficient of friction between to surfaces using the mobile phone as your instrument to take measurements... sheet with the basics

Here you have three videos that explain the activity:

1st video: The basics about Physic concepts applied & the use of the phyphox mobile app

 

 2nd video: Exporting the data to exel, reading the data and understanding the information given

 


 3rd video: Calculating the coefficient with several experiments









Coefficient of kinetic friction: Experimental measurement

 Let`s analyse now the experiment and conclusions to measure the cofficient of friction when the object is already moving on an inclned plane.


Here you have a sheet that explains the basic physic fundaments to understand the activity and some videos that may help you analysing the data given by the phyphox application, using excel.



πŸ‘€Watch this second video and learn how to use excel to analyse all the exported data by the app phyphox.





And how to do the final calculation using the tendence line values is shown is this video πŸ‘€:


Tuesday, 17 March 2026

Using the mobile like a Physics Laboratoty: Angles

 This is our new project!!

You are going to use your mobile phone sensors to take measurements and do Physics calculations.

To do so you will use the android app phyphox



Let us start with trigonometry measurements: activity phyphox01

Here you have the way to calculate the angle using your mobile accelerometersheet1

  1. Install the app on your mobile
  2. Take the measure of different angles
  3. build an excel spreadsheet to do the calculations  (use the excel in office365 to work together with your partner by sharing the same document)
  4. Organize the information on the spreadsheet so that to be printed 
  5. Upload both xlsx and pdf 
  6. Publish an article on your blog explaining the activity and results 






Thursday, 19 February 2026

Mosaic of portraits. Digital Image final project


---------------------------------------------------------------------------------
πŸ‘‰Digital Image Final project: Do one nice version of mosaic of portraits to create the class photograph. Use the examples here as ideas:πŸ‘ˆ           click here for details
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Here you have a video with a tutorial to get the Andy Warhol effect: 

 
 


πŸ‘‰ Here you have the video tutorials to create the mosaic with the film frames. 

You can do any version of the mosaic of portraits ... If you want to use the film framed, here you have the png frame πŸ“·

πŸ‘€ First you have to prepare the canvas with a resolution of 3300 x 2340 pixels so that you can print it out to a DIN A3 size with 200 dpi as the exercises demands. And then apdapt and calculate the film frame size by dividing the total canvas dimensions into equal rectangles...




Since the photos were taken in a landscape orientation, and there are some of them with two or more people, it is better to mantain this horizontal position in order to be able to keep all people in the take when cropping the image.





πŸ‘€ Now, once you have the canvas ready with all the film frames you have to set all the portrait pics inside the frames... To do this you have to measure the frame resolution to crop the picture with this aspect ratio and scale it later. See here how you may do it...



πŸ‘€ And finally crop the final result, export it as jpg and it is done.