Virtual Density Laboratory Gizmo, Lecture notes of Advanced Physics

Click “Launch Gizmo” under “Density Laboratory” and complete the following activity. ... 6. How do your answers for questions 4 and 5 compare to each other?

Typology: Lecture notes

2021/2022

Uploaded on 08/05/2022

dirk88
dirk88 🇧🇪

4.4

(222)

3.1K documents

1 / 3

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
! Name:!! !
!
Virtual Density Laboratory Gizmo
Click “Launch Gizmo” under “Density Laboratory” and complete the following
activity.
Learning Target: Apply the principle of densities to floating and sinking objects.
1. What is the mass of object #11? How did you determine the mass?
2. What is the volume of object #11? How did you determine the volume?
3. How many grams are in 1 mL of object #11?
4. What is the density of object #11?
5. Place object #11 in the beaker of liquid and change the liquid density until it
neither sinks nor floats (is neutral). At what liquid density does the object
neither sink nor float?
6. How do your answers for questions 4 and 5 compare to each other?
pf3

Partial preview of the text

Download Virtual Density Laboratory Gizmo and more Lecture notes Advanced Physics in PDF only on Docsity!

Virtual Density Laboratory Gizmo

Click “Launch Gizmo” under “Density Laboratory” and complete the following activity. Learning Target: Apply the principle of densities to floating and sinking objects.

  1. What is the mass of object #11? How did you determine the mass?
  2. What is the volume of object #11? How did you determine the volume?
  3. How many grams are in 1 mL of object #11?
  4. What is the density of object #11?
  5. Place object #11 in the beaker of liquid and change the liquid density until it neither sinks nor floats (is neutral). At what liquid density does the object neither sink nor float?
  6. How do your answers for questions 4 and 5 compare to each other?
  1. What can you say about the densities of liquids and neutral objects?
  2. Without measuring the mass or volume of any objects, which objects are more dense than object #11? Which are less dense than object #11? Put the object #’s in the chart below: More Dense than Object #11 Less Dense than Object #
  3. Explain how you knew which objects were denser than object #11.
  4. Which object is the most dense of all? Explain how you knew.
  5. Which object is the least dense of all? Explain how you knew.
  6. Use any method you want to find out the density of object #9. Explain how you did this.