Question

one pager (formative assessment - due the day of the test)
a one pager is a written and graphic interpretation of what youve learned presented on a single sheet. complete a one pager for each unit. preparation of a one pager should help you use your notes to study. as you read, analyze, write, draw and summarize the information, you will understand and learn on a deeper level. it will also help consolidate your notes for easier review, not only for the unit test but when it is time to review for the final exam as well.
guidelines:
□ must be handwritten
□ use color to differentiate sections
□ label sections/main ideas
□ needs to show a high level of effort, detail, thought and care. this is not something to rush through before it is due
□ do not copy all of your notes - this should be a summary of key concepts

1. draw a venn diagram comparing physical and chemical properties. on each side of the venn diagram list examples of that property. in the middle, write a sentence that explains how the two are similar to one another.
2. you take a piece of copper metal and place it in a 100ml graduated cylinder that is filled with 45ml of water but raises to 50ml of water. what is the volume of the copper? later you used up the copper in a chemical reaction. however, after doing this, you realize that you forgot to take the mass of the copper. to salvage your experimental data, use your periodic table to identify the density of copper. then use that density and the volume to calculate the estimated mass of copper that you used. circle both answers to the bolded questions.
3. what is one aspect of the reading that you feel expert about. prove with an explanation.
4. what is one aspect of the reading that you do not feel comfortable with. explain in detail what it is, and provide a way you think you can improve on the topic.

Explanation:

Step1: Calculate volume of copper

The volume of the copper is equal to the change in the volume of water in the graduated - cylinder.
$V = 50ml−45ml = 5ml$

Step2: Identify density of copper

From the periodic table, the density of copper $
ho=8.96g/ml$

Step3: Calculate mass of copper

We use the formula $m=
ho V$. Substitute $
ho = 8.96g/ml$ and $V = 5ml$ into the formula.
$m=8.96g/ml\times5ml = 44.8g$

Answer:

Volume of copper: $5ml$
Mass of copper: $44.8g$