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The scientists conducted an experiment to test the effects of temperature on plant growth. They grew cucumber plants in three separate greenhouses, each set to a different temperature: 20°C, 25°C, and 30°C. The plants were all given the same amount of water and sunlight.

After two weeks, the scientists measured the height of each plant and the number of leaves it had. They also recorded any signs of wilting or discoloration. The results showed that the plants grown at 25°C were the tallest, with an average height of 30 centimeters. The plants grown at 20°C were slightly shorter, with an average height of 28 centimeters. Meanwhile, the plants grown at 30°C were the shortest, with an average height of 25 centimeters. In terms of leaf number, the plants grown at 25°C also had the most leaves, averaging about 15 leaves per plant. The plants grown at 20°C had slightly fewer leaves, averaging about 13 leaves per plant. The plants grown at 30°C had the fewest leaves, averaging only 10 leaves per plant.

The scientists also noted that the plants grown at 30°C showed signs of wilting and discoloration, indicating that the high temperature was detrimental to their growth. On the other hand, the plants grown at 20°C and 25°C appeared healthy and vibrant.

In conclusion, the experiment demonstrated that temperature does have a significant impact on the growth of cucumber plants. While temperatures of 20°C and 25°C were suitable for plant growth, a temperature of 30°C had adverse effects. This information is valuable for farmers and gardeners, as it can help them optimize growing conditions for their cucumber plants. By controlling the temperature, they can promote healthier and more robust growth, leading to higher yields. Overall, the experiment provided valuable insights into the relationship between temperature and plant growth.

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