EXCEL PROJECT FOR THE COEFF OF STATIC FRICCTION

 

Este proyecto calcula el coeficiente de fricción estática utilizando datos experimentales. Siga las instrucciones del profesor y utilice Microsoft Excel para organizar los datos y realizar los cálculos.

Para cada experimento, calculé la relación gy/gz para determinar el ángulo y, posteriormente, el coeficiente de fricción estática. Excel también me ayudó a calcular los errores automáticamente. Finalmente, obtuve un valor promedio de aproximadamente 0,3016.

ANGLES WITH PHYPHOX

 

In this project, we used a set square, a triangle, and a protractor to measure the angles we wanted and recorded the data on a surface using a mobile app that provided the necessary information. Then, using that data, we calculated the other dates by multiplying, calculating the error, and so on.

EXCEL

TABLE

to complete this project, I used Excel following the instructions. First, I entered the values ​​from 1 to 25 in the "Values" column. Then, I added random numbers to the "t" column. With this data, I filled each cell with the corresponding formulas. To speed up the process, start with the first cell and then drag the cursor down to apply the formulas to the rest. By following these steps, I was able to successfully complete the task.

Frames

JPG

PNG

 

IES ALONSO DE ERCILLA

 IMAGE EDITED

IMAGE WITHOUT EDITED

IMAGES

 
IMAGEN REAL

    EDITED IMAGE

This project consists of editing an image using the program GIMP. The main objective was to change the original colors of the image to give it a different and more eye-catching look. To achieve this, I used tools such as hue and saturation adjustment, color balance, and other editing options available in the program. In this way, I was able to modify the overall appearance of the image and experiment with different color combinations to create a more creative and personalized result.

LANDSCAPE

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In this post, I explain how I edited an image using GIMP. I made a montage where I added ducks and changed the sky to improve the picture. The final image has a resolution of over 1 megapixel, clean effects, a 15:10 aspect ratio, and includes my name in a discreet place. The file was saved as .xcf and exported as .jpg.