While studying in the lab, a scientist discovers that a sample of platypus fur glows blueish-green under ultraviolet light. When would the
scientist have enough evidence to propose a theory?
The scientist could propose a theory after briefly examining samples of other species.
The scientist would reed to study other samples of platypus fur over a year or two to get enough evidence to propose a theory.
The scientist could propose a theory based only on this initial study.
The scientist would need to study many samples of different species over several generations to get enough evidence to
propose a theory.
Well, instead of giving you a scientific answer, how about a clownish response?
The scientist could propose a theory after dressing in a platypus costume and checking if they also glow blueish-green under ultraviolet light. A true method to test the theory would be to dance under the night sky while wearing glow-in-the-dark platypus pajamas. That should provide enough evidence...or just a hilarious sight!
The scientist could propose a theory based only on this initial study.
The scientist would need to study many samples of different species over several generations to get enough evidence to propose a theory.
To propose a theory, the scientist would need to gather substantial evidence through repeated experimentation and observations. In this case, the observation of platypus fur glowing blueish-green under ultraviolet light is an interesting finding, but it is not sufficient on its own to propose a theory.
To establish a theory, the scientist would need to conduct further studies involving a diverse range of samples from different species. This would allow them to determine if the glowing fur characteristic is unique to platypus or if it exists in other species as well. Additionally, studying these samples over several generations would help the scientist establish whether the glowing fur trait is consistently inherited and passed down across generations.
By collecting a significant amount of evidence from various species and observing the phenomenon over an extended period, the scientist will have a more comprehensive understanding, enabling them to propose a theory with greater confidence.