Bitacoras

Blog # 1

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 01/08/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Programmed Activities: Carry out the groups, define the roles of each one, explain the topic of the project.

Evaluation of activities

Positive aspects            Aspects to be improved

- The organization                      - The weather

Observations: None.

Blog # 2

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 03/08/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Programmed activities: Explanation of the subject with physics and mathematics teachers.

Evaluation of activities

Positive aspects                            Aspects to be improved

- The organization                       - The weather

Observations: None.

Blog # 3

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 08/08/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Scheduled activities: Explanation of the subject and the materials that we have to explain in the videos of the final product.

Evaluation of activities

Positive aspects                    Aspects to be improved

- The organization               - The weather

Observations: None.

Blog #4

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 08/10/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Programmed activities: Explanation of the mathematics teacher to be able to draw the constants.

Evaluation of activities

Positive aspects                      Aspects to be improved

- The organization                   - The weather

Observations: None.

Blog # 5

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.
Date: 08/15/2017
Course and parallel: 2 do "A"
Teacher facilitators:Lcda.Gabriela Loor.
Ing. Mario Moreno.
Lcdo. Angel Bailon
Lcdo. Orlando Gonzales
Project: Science-Robotics Project
Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.
Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.
Scheduled activities: Explanation of the program where we will edit the videos.
Evaluation of activitiesPositive aspects           Aspects to be improved- The organization        - The weather

Observations: None.

Blog # 6

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.Date: 08/17/2017Course and parallel: 2 do "A"Teacher facilitators:Lcda.Gabriela Loor.Ing. Mario Moreno.Lcdo. Angel BailonLcdo. Orlando GonzalesProject: Science-Robotics ProjectProject objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.Programmed Activities: The explanation of the projects by the physical teacherEvaluation of activitiesPositive aspects Aspects to be improved- The organization - The weatherObservations: None.

        Blog # 7

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 08/22/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Programmed Activities: After finishing the videos, they explained more about everything about Hooke's law.

Evaluation of activities

Positive aspects Aspects to be improved

- The organization - The weather

Observations: None.

Blog # 8

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 08/24/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Scheduled Activities: Video Editing

Evaluation of activities

Positive aspects Aspects to be improved

- The organization - The weather

Observations: None.

Blog # 9

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 08/31/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Scheduled Activities: Video Editing

Evaluation of activities

Positive aspects Aspects to be improved

- The organization - The weather

Observations: None.

Blog # 10

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 01/08/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Scheduled Activities: Video Editing

Evaluation of activities

Positive aspects Aspects to be improved

- The organization - The weather

Observations: None.

Blog # 11

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 05/09/2017

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Scheduled Activities: Video presentation

Evaluation of activities

Positive aspects Aspects to be improved

- The organization - The weather

Observations: None.

Blog # 12

Name of the students: Melina Pinargote, Luis Moreira, Camila Cordero, Kleber Vera, Pedro Bermudez.

Date: 1/4/2018

Course and parallel: 2 do "A"

Teacher facilitators:

Lcda.Gabriela Loor.

Ing. Mario Moreno.

Lcdo. Angel Bailon

Lcdo. Orlando Gonzales

Project: Science-Robotics Project

Project objective: Obtaining from the graphic analysis Hooke's law, as application of the elastic properties of the bodies, obtain the value of the constant K of the elasticity of a spring.

Project description: To be able to understand with more knowledge the defined concepts about Hooke's law and its constants.

Programmed Activities: Project of 2 chimeree.

Evaluation of activities

Positive aspects Aspects to be improved

- The organization - The weather

Observations: None.

Date

01/10/2018

Course and parallel

2 DO A

Teacher's name

Ing. Mario Moreno,

Ing. Ángel Bailón

Lic. Gabriela Loor

Lic. Orlando González

Draft

 Robotic project

Objective of the project

Obtain from the graphic analysis of Hooke's Law, as an application of the elastic properties of bodies. Obtain the value of the elasticity constant K of a spring using a mass-spring system arranged vertically. To be able to correctly perform the measurements of time, initial length (Li) and final length (Lf) in the determination of the average values ​​of these units. Experiment and check the value of the elasticity constant of a spring with different weights. Power Graph the obtained data.

Project description

Determine the experimental equation that relates force and deformation of a spring.

From the equation obtained, deduce the value of the elastic spring constant for each of the combinations in the springs.

Scheduled activities

We went to the computer room and were taught to create variables for another Scratch project, while a student made the log of that date. Then we take pictures of the work, and upload the project made in our accounts.