Answer Happy

Procedure 1. Fill one of the jars about half full with hot tap water. 2. Add one drop of food coloring to the water in the jar and carefully swirl it around to mix This represents surface water. 3. Put the piece of rock in the middle of the jar so it is surrounded by the water. Some of the rock should be sticking out of the water. The rock represents dry land 4. Invert the second jar and place it over mouth of the jar containing the water and rock Tape these two jars together at their mouths with tape. Make sure to tape them well so that no air can get in or out of the jars (see figure below). Lab Activity 9 5. Carefully move your model to a sunny windowsill or other location that receives direct sunlight 6. Fill the flat dish with ice and place it on top of the jar model. The dish and the top j represent the atmosphere. 7. Record your observations of the initial conditions of your model in Table 1 on the Data Sheet 8 Walt 30 minutes and observe your model again. Record your observations in Table 1. 9. Wait 30 more minutes (a total of 1 hour) and observe your model one more time Recon your observations in Table 1. Data Sheet-Table 1: Water Cycle Observations Time initial 30 minutes 1 hour Observations KAKAK
Procedure 1. Fill one of the jars about half full with hot tap water. 2. Add one drop of food coloring to the water in the jar and carefully swirl it around to mix. This represents surface water. 3. Put the piece of rock in the middle of the jar so it is surrounded by the water. Some of the rock should be sticking out of the water. The rock represents dry land 4. Invert the second jar and place it over mouth of the jar containing the water and rock Tape these two jars together at their mouths with tape. Make sure to tape them well so that no air can get in or out of the jars (see figure below). Lab Activity 9 5. Carefully move your model to a sunny windowsill or other location that receives direct sunlight. 6. Fill the flat dish with ice and place it on top of the jar model. The dish and the top jar represent the atmosphere. 7. Record your observations of the initial conditions of your model in Table 1 on the Data Sheet 8. Wait 30 minutes and observe your model again. Record your observations in Table 1. 9. Wait 30 more minutes (a total of 1 hour) and observe your model one more time. Record your observations in Table 1. Data Sheet-Table 1: Water Cycle Observations Time Initial 30 minutes 1 hour Observations