Which are accurate statements about dark matter? Select the two correct answers
New data could cause scientists to change their hypotheses about dark matter. New data could cause scientists to change their hypotheses about dark matter. Scientists thoroughly understand what dark matter is and what it does. Scientists thoroughly understand what dark matter is and what it does. Scientists are not convinced that dark matter exists. Scientists are not convinced that dark matter exists. Scientists have hypotheses about dark matter but need more data to test their ideas.
- New data could cause scientists to change their hypotheses about dark matter.
- Scientists have hypotheses about dark matter but need more data to test their ideas.
The two accurate statements about dark matter are:
1. New data could cause scientists to change their hypotheses about dark matter.
2. Scientists have hypotheses about dark matter but need more data to test their ideas.
The two accurate statements about dark matter are:
1. New data could cause scientists to change their hypotheses about dark matter.
2. Scientists have hypotheses about dark matter but need more data to test their ideas.
To understand why these statements are accurate, let's break it down:
1. New data could cause scientists to change their hypotheses about dark matter: This statement is accurate because the nature of scientific inquiry is such that new evidence and data can lead to the revision of existing theories or the formulation of new ones. Dark matter is still not fully understood, and scientists continue to investigate and gather data to refine their understanding of it. If new data conflicts with current hypotheses or offers new insights, scientists may need to adjust their theories accordingly.
2. Scientists have hypotheses about dark matter but need more data to test their ideas: This statement is accurate because dark matter, as its name suggests, remains elusive and challenging to directly study or detect. Scientists have put forward various hypotheses to explain the observations and phenomena attributed to dark matter, but more data is required to validate or refute these hypotheses. Ongoing experiments, observations, and advancements in technology are aimed at collecting more evidence to better understand the properties and behavior of dark matter.
Overall, our current understanding of dark matter is still incomplete, and scientists are actively exploring and analyzing data to refine their understanding of this mysterious and significant component of the universe.