1. What are the characteristics of scientific thinking and investigating?
A.
B.
C.
(I need 3 examples)
https://dlc.dcccd.edu/biology1-1/scientific-thinking
Read very carefully and let us know what you decide for your 3 examples.
A. Critical thinking.
B. Being able to figure out which variables are which.
C. being able to make and verify theories and hypothesis's.
Those look ok to me but these are just three at random.
To understand the characteristics of scientific thinking and investigating, let's go through three examples:
1. Empirical evidence:
Scientific thinking and investigating rely on empirical evidence, which is evidence that can be observed or measured. Scientists use this evidence to draw conclusions and make informed judgments. For example, in a physics experiment, scientists might measure the distance an object travels and record it as empirical evidence to support their hypotheses.
2. Objectivity:
Scientific thinking and investigating require objectivity, meaning that scientists strive to approach their studies without being influenced by personal biases or preconceived notions. They aim to observe and analyze the data objectively, allowing them to reach accurate and reliable conclusions. For instance, in a psychology study, researchers may need to remain objective when interpreting survey responses to understand patterns of behavior.
3. Testability and falsifiability:
Scientific thinking and investigating involve constructing hypotheses that can be tested and potentially proven false. A hypothesis is a proposed explanation that can be subjected to experimentation or observation. This element is crucial for the scientific method to verify or refute theories. As an example, in a biology experiment, scientists might hypothesize that a certain substance will stimulate cell growth, and then they will conduct experiments to either support or disprove that theory.
Overall, scientific thinking and investigating are characterized by reliance on empirical evidence, objectivity, and the ability to test and potentially falsify hypotheses. These characteristics ensure that scientific knowledge is based on rigorous research and can be trusted and replicated by others in the scientific community.