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Kinesthetic

POLARITY

Instructions:

1. click the button below.

2. Drag the molecules, then observe what will happen as you move the molecules.

SURFACE TENSION

Instructions:

1. click the button below.

2. On the left side, scroll down and adjust the height of the microscope to see the surface            tension.

3. Observe what will happen to the surface tension of water on the microscope.

SPECIFIC HEAT CAPACITY

Instructions:

1. click the button below.

2. Choose Intro button then click it to proceed to the site.

3. On the right side, then click the small boxes beside energy symbols button and link heater.

4. Move the beaker that contains water into the stove.

5. On the left side, you can see the glass thermometer. Drag the glass thermometer then              move it on top of the water.

6. Drag the button on the stove to heat the water

7. Then observe what will happen to the water as the temperature increases.

UNIVERSAL SOLVENT

Instructions:

1. click the button below.

2. Click on the salt container, then shake it to pour the salt into the water.

3. Observe what will happen to the salt after being poured into the water.

ADHESION AND COHESION

Instructions:

1. click the button below.

2. On the left side, you can see the surface tension and capillary radius. Adjust the capillary       radius and surface tension and observe what happen.

CAPILLARY ACTION

Instructions:

1. click the button below.

2. On the left side, you can see the surface tension and capillary radius. Adjust the capillary       radius and surface tension and observe what happen.

DENSITY

Instructions:

1. click the button below.

2. On the right side you can find the wood button and click it then choose ice to change the       object floating in the water.

3. Then observe what will happen.

PHASES OF WATER

Instructions:

1. click the button below.

2. Choose “states”

3. On the right side, under “Atoms and Molecules” click “water.”

4. Choose which phases of water you would want to observe.

*Notes: You are going to observe the different behavior of the molecules (Solid, Liquid, Gas) at a certain temperature.

© 2021 ROV

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