6.6 Reactions Lab Video Option

Last updated over 3 years ago

5 questions

This is also posted on Activelylearn.com if you would like to use translations or audio features.

Esto también se publica en Activelylearn.com si desea utilizar traducciones o funciones de audio.

Lab Overview Video

6.6 Reactions Lab Video Option

Last updated over 3 years ago

5 questions

This is also posted on Activelylearn.com if you would like to use translations or audio features.

Esto también se publica en Activelylearn.com si desea utilizar traducciones o funciones de audio.

Lab Overview Video

Watch the video for Experiment 1: Surface Area and record the procedure and data from the video.

Watch the video for Experiment 2: Concentration and record the procedure and data from the video.

Watch the video for Experiment 3: Temperature and record the procedure and data from the video.

Data and Analysis: Complete the following steps
Make a copy of the lab data template sheet and share with me (jmayorga@stem-prep.org) and/or group members.
Choose what type of graph would best show your lab data (line, pie, bar etc.) Watch this video to review how to make different types using Google Sheets. Here is an overview of different types of graphs and their uses.
Make a graph using your lab data for either the concentration or temperature experiment. Here are sample graphs from a similar lab that you can look at as a guide.
Answer questions 8-9 on your Google Sheet.

Create a particle model for either the concentration or temperature experiment.
Here is a video that shows changes in molecular motion based on reaction rates that can help with your model.

Write a draft Claim-Evidence-Reasoning explaining what key factors affect the rate of chemical reactions.

Carefully review the Final SeeSaw PS1-5 Assessment Options. Here are the links to optional resources provided in the options table.
Option 1: Optional Lab Report Template
Option 3: biteable video platform
Helpful Resources:
CER writing scaffolds template
Here is how to take screenshots on a chromebook (google for another device).  You can then save the screenshot as an image on your computer and use the camera icon on SeeSaw to post images on SeeSaw or Insert tab to insert images on a Google Doc

Particle Theory and Rates of Reaction Video Explanation

Collision Theory and Reaction Rates Infographic of main ideas and concepts

Carefully review the rubric before and self-assess on SeeSaw when you submit.

6.6 Reactions Lab Video Option

6.6 Reactions Lab Video Option

Watch the video for Experiment 1: Surface Area and record the procedure and data from the video.

Watch the video for Experiment 2: Concentration and record the procedure and data from the video.

Watch the video for Experiment 3: Temperature and record the procedure and data from the video.

Create a particle model for either the concentration or temperature experiment.Here is a video that shows changes in molecular motion based on reaction rates that can help with your model.

Write a draft Claim-Evidence-Reasoning explaining what key factors affect the rate of chemical reactions.

Watch the video for Experiment 1: Surface Area and record the procedure and data from the video.

Watch the video for Experiment 2: Concentration and record the procedure and data from the video.

Watch the video for Experiment 3: Temperature and record the procedure and data from the video.

Create a particle model for either the concentration or temperature experiment.Here is a video that shows changes in molecular motion based on reaction rates that can help with your model.

Write a draft Claim-Evidence-Reasoning explaining what key factors affect the rate of chemical reactions.

Create a particle model for either the concentration or temperature experiment.
Here is a video that shows changes in molecular motion based on reaction rates that can help with your model.

Create a particle model for either the concentration or temperature experiment.
Here is a video that shows changes in molecular motion based on reaction rates that can help with your model.