Writeacher, can you ask a science teacher to help me with my application?

(methods adopted when analyzing experiment data concerning biodiversity in water)
I would be extremely grateful to you.

Approach
1) Task organization and information distribution
The various tasks will be divided into as many parts as the members of the groups of students involved
Investigation
2) Investigation activities will be based on three components: investigation (analyzing problems from different points of view), interaction (activities and skills) and interpretation (presentation of findings in front of the partner students)
Cooperative Learning
3) Students will work in heterogeneous groups to achieve a common task.
Problem solving
4) Students will be asked to find creative solutions to solve problems and therefore achieve their results. This method includes the following activities:
Understanding the problem
Gathering information about the problem
Determining ways of solution
Preparing report and its evaluation
5) Experimental method
Investigation activities involve manipulating one variable to determine if changes in one variable cause changes in another variable

It is ok. However, I would have changed tasks not to the number of people involved, but to some logical breakdown of looking at the issues. Some tasks may take two people, and some people can take two tasks.

On the experimental method, somehow I missed your forming a set of hypothesis, and then testing them.

To analyze experiment data concerning biodiversity in water, you can follow these methods:

1) Task organization and information distribution:
Divide the various tasks into different parts and assign them to the members of your student group. This will help ensure that each task is being addressed and will allow for efficient information distribution.

2) Investigation:
Focus on three components during your investigation:
- Analyze problems from different points of view: Look at the biodiversity in water from various angles to gain a comprehensive understanding of the topic.
- Interaction: Engage in activities and apply specific skills to explore and understand the data.
- Interpretation: Present your findings in front of your partner students to foster discussion and collaboration.

3) Cooperative Learning:
Work in groups with students who have different backgrounds and abilities to achieve a common task. This collaborative approach will allow you to benefit from each other's knowledge and skills.

4) Problem solving:
Seek creative solutions to solve the problems you encounter during your analysis. This method involves several activities:
- Understand the problem: Clearly define the problems you aim to solve in your experiment data analysis.
- Gather information about the problem: Collect relevant data and resources to inform your analysis.
- Determine ways of solution: Brainstorm and assess different approaches or methods to address the problems.
- Prepare a report and its evaluation: Document your findings and evaluation in a report format to clearly communicate your results.

5) Experimental method:
In your investigation activities, manipulate one variable to determine if changes in that variable cause changes in another variable. This experimental method will allow you to identify and understand the relationships between different variables and their impact on biodiversity in water.

I hope these methods help you with your application! Remember to seek assistance from science teachers or experts to ensure you are conducting your analysis accurately and effectively.