Question

6 organize the steps in this experiment according to the scientific method. record the time it takes for each to dissolve; notice that sugar dissolves at different rates; place 1 sugar cube in cold tea and 1 in hot tea; hypothesize that sugar dissolves faster in hot tea; the hotter the tea, the faster sugar dissolves; does temperature affect how fast sugar dissolves?

Explanation:

To solve this, we follow the scientific method steps: observation, question, hypothesis, experiment, data collection, conclusion.

Step 1: Observation

The first step in the scientific method is making an observation. Here, noticing that sugar dissolves at different rates is the initial observation.

Step 2: Ask a Question

After observing, we ask a question. The question here is “Does temperature affect how fast sugar dissolves?”.

Step 3: Form a Hypothesis

Next, we form a hypothesis (a testable prediction). The hypothesis is “Hypothesize that sugar dissolves faster in hot tea”.

Step 4: Conduct the Experiment

Then, we perform the experiment. The experiment step is “Place 1 sugar cube in cold tea and 1 in hot tea”.

Step 5: Collect Data

After the experiment, we collect data. The data collection step is “Record the time it takes for each to dissolve”.

Step 6: Draw a Conclusion

Finally, we draw a conclusion. The conclusion is “The hotter the tea, the faster sugar dissolves”.

For the given table (assuming we organize the first three steps as per the table’s numbering, but the full scientific method steps are as above. If the table is for the first three steps of the method, we can map:

1. Observation: Notice that sugar dissolves at different rates
2. Question: Does temperature affect how fast sugar dissolves?
3. Hypothesis: Hypothesize that sugar dissolves faster in hot tea

(If the table is to fill steps 1,2,3 of the experiment’s scientific method organization, these would be the corresponding steps.)

Final Answer (for the table’s first three steps, as per the problem’s request to organize):

1. Notice that sugar dissolves at different rates
2. Does temperature affect how fast sugar dissolves?
3. Hypothesize that sugar dissolves faster in hot tea

(Note: The full experiment would continue with the remaining steps as experiment, data collection, conclusion.)

Answer:

To solve this, we follow the scientific method steps: observation, question, hypothesis, experiment, data collection, conclusion.

Step 1: Observation

The first step in the scientific method is making an observation. Here, noticing that sugar dissolves at different rates is the initial observation.

Step 2: Ask a Question

After observing, we ask a question. The question here is “Does temperature affect how fast sugar dissolves?”.

Step 3: Form a Hypothesis

Next, we form a hypothesis (a testable prediction). The hypothesis is “Hypothesize that sugar dissolves faster in hot tea”.

Step 4: Conduct the Experiment

Then, we perform the experiment. The experiment step is “Place 1 sugar cube in cold tea and 1 in hot tea”.

Step 5: Collect Data

After the experiment, we collect data. The data collection step is “Record the time it takes for each to dissolve”.

Step 6: Draw a Conclusion

Finally, we draw a conclusion. The conclusion is “The hotter the tea, the faster sugar dissolves”.

For the given table (assuming we organize the first three steps as per the table’s numbering, but the full scientific method steps are as above. If the table is for the first three steps of the method, we can map:

1. Observation: Notice that sugar dissolves at different rates
2. Question: Does temperature affect how fast sugar dissolves?
3. Hypothesis: Hypothesize that sugar dissolves faster in hot tea

(If the table is to fill steps 1,2,3 of the experiment’s scientific method organization, these would be the corresponding steps.)

Final Answer (for the table’s first three steps, as per the problem’s request to organize):

1. Notice that sugar dissolves at different rates
2. Does temperature affect how fast sugar dissolves?
3. Hypothesize that sugar dissolves faster in hot tea

(Note: The full experiment would continue with the remaining steps as experiment, data collection, conclusion.)