How does critical thinking feed a scientific attitude? Critical thinking puts ideas to the test by examining assumptions, appraising the source, discerning hidden biases, evaluating evidence and assessing conclusions.

In summary, the scientific attitude is composed of 3 main ideas: curiosity, skepticism, and humility.

Attitudes towards science and scientists influence views of science, future career awareness, and classroom participation. It is important to develop student positive attitude toward science. When they have positive attitudes, the learning of scientific information and science process skills are enhanced (Yager, 1996).

To be scientific mean that one has such attitudes as curiosity, rationality, willingness to suspend judgment, open mindedness, critical mindedness, objectivity, honesty and humility etc.

They are curiosity, honesty, objectifity, perseverence, conscientious, openness, being critical, and being responsible.

Terms in this set (5)

• Curiousity. – A scientist shows interest and pays particular attentions to objects or events.
• Honesty. – A scientist gives a truthful report of observations.
• Open-Mindedness. – A scientist listens to and respects the ideas of others.
• Skepticism.
• Creativity.

The four attitudes at the core of the scientific approach are critical thinking, skepticism, objectivity, and curiosity.

These attitudes include curiosity, honesty in the recording and validation of data, flexibility, persistence, open-mindedness, willingness to tolerate uncertainty, and an acceptance of the provisional nature of scientific explanation. These are the features that characterise scientific thinking.

There are certain attitudes that should be considered to be a successful scientist. These are the curiosity, the careful judgment, the open-mindedness, the critical mindedness, the objectivity, the rationality and the intellectual honesty.

There are nine scientific attitudes in action that will be identified: 1) critical-mindedness, 2) suspended judgment (restraint), 3) respect for evidence (reliance on fact), 4) honesty, 5) objectivity, 6) willingness to change opinions, 7) open-mindedness, 8) questioning attitude, and 9) tolerance of uncertainty [12].

Those surveyed, using a scale from zero to ten, were asked to rate attentiveness, collaborative, courage, curiosity, honesty, humility to evidence, meticulousness, objectivity, perseverance and skepticism with regard to their importance for scientific research.

In simple terms the measures through which scientific attitudes can be developed among the students include those through which their curiosity gets satisfied, they get ride of their superstitions, they begin to participate in co-curricular activities, they begin to think in a practical way, they play an important role …

This report emphasizes six values that are most influential in shaping the norms that constitute research practices and relationships and the integrity of science:

• Objectivity.
• Honesty.
• Openness.
• Accountability.
• Fairness.
• Stewardship.

Core Values List

• Authenticity.
• Achievement.
• Adventure.
• Authority.
• Autonomy.
• Balance.
• Beauty.
• Boldness.

Our values are important because they help us to grow and develop. They help us to create the future we want to experience. Every individual and every organization is involved in making hundreds of decisions every day. That purpose is the satisfaction of our individual or collective (organizational) needs.

In practice, science incorporates cultural values. Values, in turn, can be objective when they are based on generally accepted principles. Scientists strongly abhor fraud, error, and pseudoscience, while they value reliability, testability, accuracy, precision, generality, and simplicity of concepts.

The main values of science (to be rigorous, rational, honest, critical, creative, etc., see above point 2.1) can explain how science aims as far as possible at the truth (even if the scientific knowledge is always under construction); but it is impossible to say that science is the only truth in our world.

Scientific knowledge can improve the quality of life at many different levels—from the routine workings of our everyday lives to global issues. Science informs public policy and personal decisions on energy, conservation, agriculture, health, transportation, communication, defense, economics, leisure, and exploration.