Welcome Back! Take a seat anywhere.. Agenda Heading to Media Center for Pretest Take a look at wiki...

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Welcome Back! Take a seat anywhere.

Transcript of Welcome Back! Take a seat anywhere.. Agenda Heading to Media Center for Pretest Take a look at wiki...

Page 1: Welcome Back! Take a seat anywhere.. Agenda Heading to Media Center for Pretest Take a look at wiki Review of chapter 1 Hand out notes Hand out books.

Welcome Back!

Take a seat anywhere.

Page 2: Welcome Back! Take a seat anywhere.. Agenda Heading to Media Center for Pretest Take a look at wiki Review of chapter 1 Hand out notes Hand out books.

Agenda• Heading to Media Center for

Pretest• Take a look at wiki • Review of chapter 1• Hand out notes• Hand out books• Need lab notebook tomorrow!

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Review of chapter 1

• Grab a white board and marker• Going to review whole chapter

today

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Describe the scientific method and the purpose

of it.

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Describe the differences between a hypothesis,

theory and law?

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What is the law of conservation of mass and

why is it useful?

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An antacid tablet weighing 0.853 g contained calcium carbonate as the active ingredient, in addition to an inert binder. When an acid solution weighing 56.519 g was added to the

tablet, carbon dioxide gas was released, producing a fizz. The

resulting solution weighed 57.152 g. How many grams of carbon dioxide

were produced?

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Draw pictures to illustrate the three phases of

matter.

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Describe what occurs during a physical change.

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Describe what occurs during a chemical change.

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Is grass growing an example of a physical or chemical change? Why?

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Is a cake baking an example of a physical or chemical change? Why?

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Is salt dissolving an example of a physical or chemical change? Why?

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Describe how to tell the difference between an

element, compound and mixture.

What information is necessary?

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Identify each of the following elements from its properties

under normal conditions.

• Red-brown liquid• White, waxy solid• Soft, yellow metal• Soft, black solid

• Reddish metal• Brittle, yellow solid• Greenish-yellow gas• Silver-colored liquid

metal

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Describe the differences between accuracy and

precision.

Compare to bulls eye.

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Describe significant figures. What’s the point?

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A cylinder with circular cross section has a radius of 2.45 cm and a height of

56.32 cm. What is the volume of the cylinder?

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What is the International System of Units?

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List the base units.

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List the prefixes.

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Describe how to change from one unit into

another.

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What are the conversion factors between oF, oC, and K?

What’s so special about K?

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How would you determine the identity of an unknown

element?

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If the necessary mass and density of a liquid are known, how would you determine the volume

needed?

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A room measures 10.0ft X 12.0ft and is 9.0ft high.

What is its volume in liters?

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If an atom has a radius of 85 pm, calculate the

percentage of the volume occupied by the atoms of

the gas, assuming STP conditions.

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The density of an irregularly shaped object

is desired. How would you determine it?

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A student determined the density of the metal sample to

be 19.0 g/cm3. The true density is 19.3 g/cm3. The

student claims the sample to be pure. Discuss the validity of the claim and possible sources

of error.

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What does an interactive ppt mean to you?

How many have used ppt?2007?

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Interactive review

• http://www.pppst.com/templates.html