What are the scientific attitudes that a scientist should possess?

Answer 1

A good scientist should possess the following qualities:

1. A scientist must be curious about the world Example: Galileo Galileo's curiosity about the heavenly bodies made him the first person to use a telescope to study the moon, the sun, the planets and the stars.

2. A scientist is logical and systematic Example: Among the reasons why Gregor Mendel discovered the principles of heredity when others have failed was his logical experimental methods and his careful and accurate record keeping.

3. A scientist is open-minded and free of bias Example: An open-minded person is one who can modify plans or discard hypotheses if necessary. One such person was Johannes Kepler who was hired to develop evidence that planets moved along perfect circles.

4. A scientist is intellectually honest Example: Isaac newton built his laws of motion on the previous work of Galileo and others.

5. A scientist works hard and is persistent Example: Marie Curie was the first person ever to be awarded the Nobel Prize twice. It was not surprising considering how hard she worked.

6. A scientist does not jump to conclusions Example: John Dalton's atomic theory was backed by experimental evidence. He was not the first to propose that the atom was the smallest particle of matter, but he was the first to use experimental evidence to support his theory.

7. A scientist is a creative and critical thinkerExample: Albert Einstein was able to derive his theory of relativity because he went beyond what was given and known at that time. He saw links and connections where others did not. He looked at things from different perspectives.

8. A scientist is rational

9. A scientist is willing to suspend judgment until he is sure of his results

10. A scientist tries new approaches to arrive at solutions

In addition:

A scientist must have an open mind and be curious. It is fine to have an idea about how or why something is the way it is, but the scientist should then seek to prove or disprove this "hypothesis" and should then be willing to change their ideas depending on the results of their experiments, rather than to continue believing in their original idea even if the evidence of their experiments is sticking up against it. 1.Keen Observer 2.creative 3.patient 4.curious 5.humble 6.intellectually honest 7.objective 8.Aware of the limitations of Science 9.Persevering 10.Open minded

Answer 2

Galileo scientific attitude is observe how the planet revolves and also he make the different kind telescope in the world so that we now understand how the galilio galie make them the telescope and now we use them in our work

Answer 3

a. open-mindedness- a person who possesses this attitude tries to be objective and sees different sides of an issue. He/She doesn't make rush conclusions, judgments or decisions. He/ She is willing to listen to the opinion of others and to study counter arguments or experimental evidences before taking action.

b. Critical Outlook- A person w/ this attitude does not readily believe statements for or against a person, a commercial product, an idea, etc. He/She first analyzes the claims or argumentsgiven, investigates who made the statements, checks if these are unbiased and logical, and ascertains that there are no inconsistencies in the statements.

c. Truthfulness

-Truth is st the very foundation of science. People pursue science basically because of their desire to know the truth about things in this world. People are curious because they want to know the truth.

-A persn who values truthfulness has a passion for investigating and experimenting , is honest in recording and reporting observations, takes a stand on what he/she believes is true, and readily admits a mistake if proven wrong.

Justine UIE Manaloto

IV- Garnet

Answer 4

Scientists do not have a specific attitude that can be learned, then you can mimic it; you are not in "public relations". However, you must have a dedication to the activity you love, read many quality works (here is the role of the school) and most importantly, think with your mind, find personal solutions to the basic ones that teachers give you . Don't get models in your life. You will be disappointed with them, so be yourself. I saw many janitors, who knew more physics than those whose laboratories were sweeping by them.

Answer 5

The most important characteristic of a good scientist is to be patient as their work process followed by detailed research takes a lot of time to verify the results and come to a genuine conclusion. A good scientist is rational and open-minded, doesn’t limit himself to one thing but instead is open to new challenges.

Answer 6

Traditionally a balance was used to measure mass. Objects of known or accepted mass was balanced against another object of unknown mass. When the balance was level the two pans had the same mass. The term balance or scales is still used even though there is no balance used. The scales were the pans that the objects sat on.Now electronic balances are used that gauge the mass of the objects. While you can measure mass with a spring loaded scale, it is less accurate than a balance as it relies on a spring loaded to a specific acceleration of gravity for any given mass. A change in altitude will change the results given on the scale, due to the actual change in gravitational force (it is small at only about 0.031% error for every kilometer increase in altitude)*. A balance would experience no such change as the mass of an unknown quantity is compared to the mass of a known quantity, thus negating any effects of gravity.Another instrument that measures mass is an inertial balance. An inertial balance doesn't require gravity to work, so it can be used in space. It measures the mass of an object by attaching it to a spring and seeing how it affects the spring's period of oscillation.Very tiny masses can be measured directly (using a "massometer"). But we normally use scales, which measure weight, which is directly proportional to mass (a property of matter equal to its resistance to a change in speed or direction of travel). The mass of an object is the same everywhere in the universe. Its weight, however, changes depending upon its location: a Bowling ball has greater weight on the surface of the Earth than it does on the Moon. Great confusion arises when people interchange units of weight with units of mass. Scientists, particularly physicists, are very careful about not using the terms interchangeably, but regular folks have no choice for practical applications. For example, when you weigh a regulation ten-pin bowling ball, the scale will tell you it "weighs" between 4 and 7 (3.63 to 7.27 actually) kilograms, even though the kilogram is, technically speaking, a unit of mass, not weight.You can also measure the mass of an object using a scale, as long as you factor in the gravitational constant (G). For instance, in an environment with only 1/2 the gravity of That on earth, you would have to double the weight displayed on the scale to determine the actual mass. As an example, 10Kg of lead in a 0.5G environment would only "weigh" 5Kg on a scale...half as much as on earth, even though its mass is unchanged.

Answer 7

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Answer 8

The fact is a good scientist believe in God.

😉

Answer 9

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Answer 10

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