Question

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

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. The statement "Notice that sugar dissolves at different rates" is an observation of a phenomenon.

Step 2: Ask a Question

Next, we ask a question about the observation. The question "Does temperature affect how fast sugar dissolves?" is the question derived from the observation.

Step 3: Form a Hypothesis

A hypothesis is a testable prediction. "Hypothesize that sugar dissolves faster in hot tea" is the hypothesis.

Step 4: Conduct the Experiment

The experiment involves testing the hypothesis. "Place 1 sugar cube in cold tea and 1 in hot tea" describes the experimental procedure.

Step 5: Collect Data

Data collection involves gathering information from the experiment. "Record the time it takes for each to dissolve" is the data collection step.

Step 6: Draw a Conclusion

The conclusion is based on the data. "The hotter the tea, the faster sugar dissolves" is the conclusion drawn from the experiment.

Now, organizing the steps in order (1 to 6) according to the scientific method:

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
4. Experiment: Place 1 sugar cube in cold tea and 1 in hot tea
5. Data Collection: Record the time it takes for each to dissolve
6. Conclusion: The hotter the tea, the faster sugar dissolves

If we need to fill the table (matching step numbers 1–6 with the actions):

Step	Action
2	Does temperature affect how fast sugar dissolves?
3	Hypothesize that sugar dissolves faster in hot tea
4	Place 1 sugar cube in cold tea and 1 in hot tea
5	Record the time it takes for each to dissolve
6	The hotter the tea, the faster sugar dissolves

(If the table is structured with step numbers 1–6 on the left and the actions on the right, this is the correct order.)

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. The statement "Notice that sugar dissolves at different rates" is an observation of a phenomenon.

Step 2: Ask a Question

Next, we ask a question about the observation. The question "Does temperature affect how fast sugar dissolves?" is the question derived from the observation.

Step 3: Form a Hypothesis

A hypothesis is a testable prediction. "Hypothesize that sugar dissolves faster in hot tea" is the hypothesis.

Step 4: Conduct the Experiment

The experiment involves testing the hypothesis. "Place 1 sugar cube in cold tea and 1 in hot tea" describes the experimental procedure.

Step 5: Collect Data

Data collection involves gathering information from the experiment. "Record the time it takes for each to dissolve" is the data collection step.

Step 6: Draw a Conclusion

The conclusion is based on the data. "The hotter the tea, the faster sugar dissolves" is the conclusion drawn from the experiment.

Now, organizing the steps in order (1 to 6) according to the scientific method:

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
4. Experiment: Place 1 sugar cube in cold tea and 1 in hot tea
5. Data Collection: Record the time it takes for each to dissolve
6. Conclusion: The hotter the tea, the faster sugar dissolves

If we need to fill the table (matching step numbers 1–6 with the actions):

Step	Action
2	Does temperature affect how fast sugar dissolves?
3	Hypothesize that sugar dissolves faster in hot tea
4	Place 1 sugar cube in cold tea and 1 in hot tea
5	Record the time it takes for each to dissolve
6	The hotter the tea, the faster sugar dissolves

(If the table is structured with step numbers 1–6 on the left and the actions on the right, this is the correct order.)