1 / 50

500 likes | 845 Vues

Volume and Density. Volume (Capacity). Volume is the amount of space taken up by an object Volume can also mean how much something holds Volume can be measured in many different units Volume can be calculated by using water displacement!. Metric Standard Liter (l) Milliliter (ml)

Télécharger la présentation
## Volume and Density

**An Image/Link below is provided (as is) to download presentation**
Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author.
Content is provided to you AS IS for your information and personal use only.
Download presentation by click this link.
While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server.
During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

**Volume (Capacity)**• Volume is the amount of space taken up by an object • Volume can also mean how much something holds • Volume can be measured in many different units • Volume can be calculated by using water displacement!**Metric Standard**Liter (l) Milliliter (ml) Cubic Centimeter (cc or cm3) Remember: 1 ml = 1 cc Other Standards Gallon (gal.) Quart (qt.) Pint (pt.) Cup (c.) Tablespoon (tbsp.) Teaspoon (tsp.) Fluid Ounce (fl. oz.) Cubic Inches (in3or cu in.) Cubic Feet (ft3or cu. ft.) Units for Measuring Volume**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. • Measure the level after the ball has displaced some of the water. 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. • Measure the level after the ball has displaced some of the water. 39 ml 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**• Measure the level of the water in a container. 30 ml • Insert an object in the water. We’ll use a metal ball. • Measure the level after the ball has displaced some of the water. 39 ml • Finally, find the difference between the water level before displacement and after displacement. 39 minus 30 = 9 ml 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Using Water Displacement to Calculate Volume**The metal ball has a volume of 9 ml! 70 ml 60 ml 50 ml 40 ml 30 ml 20 ml 10 ml**Density**• Density refers to “how crowded” something is! • When we talk about density, we usually referring to “how crowded” the molecules are. • Density can be measured in grams per milliliter ( g/ml ) • Solids are the densest phase of matter. Gases are the least dense.**How to Calculate Density**• Find the volume of the object. You can use water displacement for this. Let’s use the metal ball again. It’s volume was 9 ml!**How to Calculate Density**• Find the volume of the object. You can use water displacement for this. Let’s use the metal ball again. It’s volume was 9 ml! • Now find the mass of the object. You can use a triple bean balance scale for this.**How to Calculate Density**• Find the volume of the object. You can use water displacement for this. Let’s use the metal ball again. It’s volume was 9 ml! • Now find the mass of the object. You can use a triple bean balance scale for this. Mass = 54 g • Divide the mass by the volume! 54 g ÷ 9 ml = 6 g/ml**More About Density . . .**• Pure water has a density of 1 g/ml • If any material is denser than the fluid that surrounds it, it will have negative buoyancy. It will sink! • If any material is less dense than the fluid that surrounds it, it will have positive buoyancy. It will float!**Widget 3 g/ml**Gork 9 g/ml Joob .5 g/ml Winky 1.4 g/ml Noople 1.03 g/ml Hoosh .099 g/ml Which of the following items would have positive buoyancy in water?**Widget 3 g/ml**Gork 9 g/ml Joob .5 g/ml Winky 1.4 g/ml Noople 1.03 g/ml Hoosh .099 g/ml Which of the following items would have positive buoyancy in water?**Widget 3 g/ml**Gork 9 g/ml Joob .5 g/ml Winky 1.4 g/ml Noople 1.03 g/ml Hoosh .099 g/ml Which of the following items would float in a fluid that had a density of 1.45 g/ml ?

More Related