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A scientist is planning an experiment to learn if plants watered more often grow taller. She has six identical pots with plants...Question
A scientist is planning an experiment to learn if plants watered more often grow taller. She has six identical pots with plants in them. What should she do?(1 point)
Responses
Keep the plants in the same light conditions. Water all of them one day and measure their height. The following day, water the plants twice and measure their height again.
Keep the plants in the same light conditions. Water all of them one day and measure their height. The following day, water the plants twice and measure their height again.
Keep the plants in the same light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.
Keep the plants in the same light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.
Keep the plants under different light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.
Keep the plants under different light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.
Keep the plants under different light conditions. Water all of them one day and measure their height. The following day, water the plants twice and measure their height again.
Responses
Keep the plants in the same light conditions. Water all of them one day and measure their height. The following day, water the plants twice and measure their height again.
Keep the plants in the same light conditions. Water all of them one day and measure their height. The following day, water the plants twice and measure their height again.
Keep the plants in the same light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.
Keep the plants in the same light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.
Keep the plants under different light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.
Keep the plants under different light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.
Keep the plants under different light conditions. Water all of them one day and measure their height. The following day, water the plants twice and measure their height again.
Answers
GPT-4o mini
The best option for the scientist conducting the experiment is:
**Keep the plants in the same light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.**
This approach allows for a controlled experiment where only the frequency of watering is varied while keeping other conditions (like light) constant, making it easier to determine the effect of watering frequency on plant growth.
**Keep the plants in the same light conditions. Separate them into three groups of two plants. Water one group twice a day, the second group once a day, and the third group every other day. Measure the height of the plants daily.**
This approach allows for a controlled experiment where only the frequency of watering is varied while keeping other conditions (like light) constant, making it easier to determine the effect of watering frequency on plant growth.