Brilio.net - In writing experimental report texts, the use of compound sentences is an important aspect that can improve the quality and effectiveness of information delivery. Compound sentences allow writers to connect several ideas or concepts in one cohesive sentence structure, so that the report becomes more organized and easy to understand.
Compound sentences, which consist of two or more independent clauses connected by conjunctions or punctuation, play a crucial role in explaining cause-and-effect relationships, comparing results, or describing the sequence of events in an experiment. The use of this sentence structure not only demonstrates the writer's ability to organize information but also helps the reader better understand the complexity of the experiment.
In the context of scientific reports, compound sentences can be used for a variety of purposes. For example, to explain the methodology of an experiment in detail, present observations and their analysis, or relate findings to existing theories. However, it is important to maintain a balance between complexity and clarity. Compound sentences that are too long or complicated can reduce the readability of the report.
The ability to use compound sentences appropriately in an experimental report reflects the author's deep understanding of the material being discussed. It also demonstrates good scientific communication skills, where complex information can be conveyed efficiently without sacrificing accuracy or important details. Therefore, mastering the use of compound sentences is one of the key skills in effective scientific writing.
Brilio.net summarizes from various sources, the following are examples of compound sentences in report texts, Wednesday (4/9).
1. "The acid solution is added to the mixture, and the color change is carefully observed."
2. "When the temperature reaches 100C, the water begins to boil and gas bubbles form on the surface."
3. "Sample A shows faster growth than sample B, even though both are given the same nutrients."
4. "The experiment was conducted in three stages, each of which took 24 hours to complete."
5. "The measurement results show that the concentration of the solution is directly proportional to the intensity of the color produced."
6. "During the heating process, the temperature is measured every five minutes, and the data is recorded in a table."
7. "Although the initial hypothesis was not proven, the experimental results provide new insights into the behavior of molecules under extreme conditions."
8. "After the samples were incubated for 48 hours, bacterial growth was observed and the number of colonies was counted."
9. "The experiment was repeated three times to ensure consistency of results, and the average of the three experiments was used in the final analysis."
10. "The higher the concentration of the catalyst used, the faster the reaction occurs, but this effect reaches a saturation point at a certain concentration."
11. "Data obtained from sensors are recorded automatically by the computer, while visual observations are recorded manually by the researcher."
12. "Although the experiment was conducted under controlled laboratory conditions, external factors such as room temperature and air humidity were still taken into account in the analysis."
13. "Soil samples were taken from three different locations, then analyzed to determine their mineral content."
14. "When the solution reaches neutral pH, the indicator changes color from red to green, indicating the end point of the titration."
15. "As reaction time increases, the concentration of products increases, while the concentration of reactants decreases proportionally."
16. "The results of the experiment showed that plants given organic fertilizer grew better than those given inorganic fertilizer, but the difference was not statistically significant."
17. "Although the initial experiment failed due to technical errors, improvements in data collection methods allowed subsequent experiments to be successful."
18. "During the fermentation process, the temperature is kept constant at 30C, and the acidity level is measured every 6 hours."
19. "The data collected shows a positive correlation between light intensity and photosynthesis rate, but this relationship is not linear at very high light intensities."
20. "After the experiment is completed, all equipment is cleaned and sterilized, then stored again according to standard laboratory procedures."