Final answer:
If units of measurement were not used in science and engineering, it would likely result in confusion and ambiguity in data reporting and calculations. This would impede accurate analysis and reliable results in scientific experiments. Furthermore, it would hinder technological advancements in engineering due to the reliance on precise measurements.
Step-by-step explanation:
If units of measurement were not used in science and engineering, the likely consequence would be confusion and ambiguity in data reporting and calculations. Units of measurement provide a common language for scientists and engineers to communicate and ensure that measurements are consistent and accurate. Without units, it would be difficult to compare and analyze data, leading to unreliable results. For example, if two scientists measured the temperature of a substance without using a standard unit like Celsius or Fahrenheit, it would be challenging to determine if their measurements were similar or different.
Furthermore, units of measurement play a crucial role in advanced technological advancements. Engineers rely heavily on precise measurements to design and develop innovative technologies. For instance, in designing a bridge, engineers need accurate measurements of length, weight, and other important parameters to ensure structural stability and safety.
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