Learning the Scientific Method is fundamental to understanding all things sci-en-rrific!
The Scientific Method consists of the following:
Posing a question/Gathering information
Forming a hypothesis
Conducting an experiment
Drawing conclusions
Recording/Sharing the results
Having background knowledge in the scientific method allows young students to develop real life problem solving skills. Here's how:
Posing a question and gathering information enables students to think independently and create an authentic awareness of the subject.
Forming a hypothesis allows a student's possible answer to be tested and keeps the student enaged through critical thinking.
Planning an experiment allows the student to decide how best to gather and record data.
Conducting the experiment allows students to follow the steps in their plan and organize their data accordingly.
Drawing conclusions allows students to evaluate their experiment and to describe whether their hypothesis was supported or not.
Finally, sharing the results allows students to show what they learned during their experiment and may help them think of other questions to ask or ways to change their experiment.
Essentially, providing students with opportunities for developing their scientific process skills early allows them to build confidence in other everyday processs skills such as speaking, listening, reading, writing, and most especially, thinking as well.
Further, there are many opportunities to apply the Scientific Method during the school year. Most Science textbooks provide step by step experiments for students to work on and these do not have to be assigned by a teacher. Just take some time to work with your child, follow the steps and see what happens! Most of all, enjoy the process!!!
The Scientific Method consists of the following:
Posing a question/Gathering information
Forming a hypothesis
Conducting an experiment
Drawing conclusions
Recording/Sharing the results
Having background knowledge in the scientific method allows young students to develop real life problem solving skills. Here's how:
Posing a question and gathering information enables students to think independently and create an authentic awareness of the subject.
Forming a hypothesis allows a student's possible answer to be tested and keeps the student enaged through critical thinking.
Planning an experiment allows the student to decide how best to gather and record data.
Conducting the experiment allows students to follow the steps in their plan and organize their data accordingly.
Drawing conclusions allows students to evaluate their experiment and to describe whether their hypothesis was supported or not.
Finally, sharing the results allows students to show what they learned during their experiment and may help them think of other questions to ask or ways to change their experiment.
Essentially, providing students with opportunities for developing their scientific process skills early allows them to build confidence in other everyday processs skills such as speaking, listening, reading, writing, and most especially, thinking as well.
Further, there are many opportunities to apply the Scientific Method during the school year. Most Science textbooks provide step by step experiments for students to work on and these do not have to be assigned by a teacher. Just take some time to work with your child, follow the steps and see what happens! Most of all, enjoy the process!!!
