scientific processes
There is no question here.
what is scientific processes
http://www.biology4kids.com/files/studies_scimethod.html
By the way, in standard English, questions begin with a capital letter and end with a question mark.
Your question should What are scientific processes?
So what and your point?
If you are studying to teach children in the US -- of any ages -- you should practice and model excellent English. When you use anything else, you are unlikely to be taken very seriously by others, especially teachers.
Scientific processes refer to the systematic methods and approaches used by scientists to investigate and understand natural phenomena, make accurate observations, and test hypotheses. These processes are designed to promote objectivity, consistency, and reliability in scientific research. While there are various models and frameworks, the most widely recognized scientific process consists of the following steps:
1. Observation: This involves noticing and identifying a specific phenomenon or problem that requires investigation. Observations can be made using our senses or through the use of scientific instruments.
2. Question: Once an observation is made, scientists formulate a specific question related to the phenomenon they want to understand. A good scientific question is clear, concise, and can be tested through experimentation or observation.
3. Research: Before conducting any experiments or investigations, scientists review existing scientific literature and research to gather background information and build upon existing knowledge in the field.
4. Hypothesis: A hypothesis is an educated prediction or an explanation for the observed phenomenon. It is a proposed answer to the scientific question and is based on the available evidence and prior knowledge. A good hypothesis is testable and falsifiable.
5. Experimentation: Scientists design and carry out experiments or investigations to test their hypothesis. Experiments involve manipulating variables, collecting data, and making observations in a controlled and systematic manner.
6. Data Collection: During the experimentation phase, scientists gather data by recording and documenting observations, measurements, or any other relevant information. Data collection should be done accurately and precisely to ensure the validity of the results.
7. Data Analysis: Once the data is collected, scientists analyze and interpret it using statistical or other analytical methods. This helps to draw meaningful conclusions and identify patterns, trends, or relationships in the data.
8. Conclusion: Based on the analysis of the data, scientists draw conclusions that either support or reject their hypothesis. The conclusions may also generate new questions or avenues for further research.
9. Communication: Scientists share their findings through scientific publications, conferences, or other means of communication. This allows other scientists to review and replicate the study and contribute to the existing scientific knowledge base.
10. Peer Review: The scientific community engages in peer review, where independent experts evaluate the research before it is published. This process ensures that the research is rigorous, reliable, and meets the standards of scientific inquiry.
It's important to remember that scientific processes are not rigid and may vary across different scientific disciplines. The scientific process is an iterative one, with scientists often revisiting previous steps, refining their hypotheses, and conducting further experiments to build upon existing knowledge or address new questions.