Identifying Properties and Calculating Densities

Identify the property: Length

• Physical Property (PP)

• Chemical Property (CP)

• Physical Change (PC)

• Chemical Change (CC)

Identify the property: Reactivity with acids

• Physical Property (PP)

• Chemical Property (CP)

• Physical Change (PC)

• Chemical Change (CC)

Identify the property: Rusting

• Physical Property (PP)

• Chemical Property (CP)

• Physical Change (PC)

• Chemical Change (CC)

Identify the property: Volume

• Physical Property (PP)

• Chemical Property (CP)

• Physical Change (PC)

• Chemical Change (CC)

Identify the property: Melting point

• Physical Property (PP)

• Chemical Property (CP)

• Physical Change (PC)

• Chemical Change (CC)

Identify the property: Decomposing

• Physical Property (PP)

• Chemical Property (CP)

• Physical Change (PC)

• Chemical Change (CC)

Identify the property: Change of state

• Physical Property (PP)

• Chemical Property (CP)

• Physical Change (PC)

• Chemical Change (CC)

Identify the property: Dissolving

• Physical Property (PP)

• Chemical Property (CP)

• Physical Change (PC)

• Chemical Change (CC)

Describe the difference between intensive properties and extensive properties.

• Intensive properties depend on the amount of matter, while extensive properties do not.

• Extensive properties depend on the amount of matter, while intensive properties do not.

• Both intensive and extensive properties depend on the amount of matter.

• Neither intensive nor extensive properties depend on the amount of matter.

Will a block of wood with a density of 0.945 g/cm³ float in water?

• Yes

• No

• Only if the water is saltwater

• Only if the wood is treated