Scientists

James Watson and Francis Crick are credited with determining the double helix structure of DNA in 1953. Rosalind Franklin's work also played a crucial role in uncovering the structure of DNA through her X-ray diffraction images.

Barbara McClintock was indeed a Jew. In fact, during her freshman and sophomore years at Cornell University, she was elected president of the freshman class. She was also asked to join a sorority but, the sorority would not accept Jews, so she refused the invitation.

Thanks to the power of satellits, scientists can answer questions related to outer space and Earth's weather, among many other things.

Learning how to organize information is important for improving productivity, reducing stress, and fostering better decision-making. By organizing information effectively, you can easily access what you need, prioritize tasks, and stay focused on your goals.

This is pretty straight-forward. To "interpret" something, is to formulate opinions and impressions, or to even gather information and draw conclusions based on available facts. Given this, a good way to illustrate "interpret" is to show an artist who is painting an "interpretation" of a landscape, object or person, etc. Another way would be to show a scientist who constructs a hypothesis for his experiment based on his interpretation of the data at hand, or the experiments others have done before him.

This is, in essence, how we as humans progress. Each new person to observe our world and its workings bring with them new "eyes" and may have a different perspective on what they see. Thus, their view of things might lead them to new ideas or new interpretations. That means it's extremely good for us that we don't always see things the same way from one person to the next.

Form a question.

Develop a hypothesis.

Make observations.

Conduct controlled experiments.

Make predictions.

Collect data.

Analyze data.

Develop a conclusion.

By suggesting that the earth is not the centre of the universe they were also helping us to understand that human beings are not necessarily of central importance either.

Building a model forces a scientist to think about how the parts of the model interrelate and interact with each other. This may help the scientist to formulate better questions about the real system. In addition it is usually far easier to manipulate a model than it is to make changes to a real system so that the implications of those changes can be studied. Once the scientist believes that they understand the model, or suspects that the model has exhausted its usefulness, they can either build a better model or try testing some hypotheses in the read world.

Archimedes.

Ballons are made of an elastic plastic while a bottle in a harder plastic

He married someone whose maiden name was Susan Miles in 1971.

Scientists sometimes accomplish great things.

As a scientist, you have the potential of advancing human knowledge, and possibly solving important problems which will benefit the human race significantly. If you are successful, you will be very well-respected by society, in general.

There is a chance that you will be able to invent things that will have great commercial value and will make you wealthy.

There is a chance of winning the Nobel Prize or other prizes which are also lucrative. Scientific work can be deeply satisfying.

The drawbacks would include the fact that success is not guaranteed, and your chosen line of research may prove to be unproductive. Your personal ability may not be up to the task; science often places extreme intellectual demands upon whose who pursue it. Just as not everybody is capable of becoming a professional football player, or a movie star, it is equally true that not everybody is capable of becoming a successful scientist.

• repeating it
• asking other scientists to repeat it
• critically discussing their results with other scientists

Well, they should ask a question, observe, make a hypothesis, and predict before they even think about testing a hypothesis. I will give some steps to complete after you make your prediction:

1. Plan your experiment. Write it out on paper, and make sure you identify the variables.

2. List the supplies you need. Make sure you have all of them, then lay them out somewhere safe and easy to clean up.

3. Set up whatever you need to, like taping something, focusing a telescope, whatever you need.

4. Conduct the experiment. Make sure to review the written plan.

5. After the experiment, if your hypothesis was wrong, revise it and repeat the experimental stage.

6. Once your experiment tells you your hypothesis is right, repeat experiments to confirm that it is now a scientific theory.

Source: From our school science book, Integrated iScience, by Glencoe. It is a very helpful book.

Procedures and technology change

Edwin Hubble demonstrated that The Milky Way (our galaxy) is not the only galaxy that exists, but that there are many more galaxies in the universe.

Also, he examined the wavelength of light coming from various galaxies, and determined that the further away it was, the greater the shift of wavelength into the red end of the spectrum. This is called 'Hubble's Law' and meant that the whole universe was expanding and not just that objects were moving within it.

One answer might be that eh or she is doing cluster analysis. Please see the link.

When scientists read research articles in scientific journals they apply skepticism so as to embrace empiricism. This is what has made most of the scientific findings to become a huge success.

When they have done many tests and have found a conclusion

Phelotic ppl

A scientific question needs to be specific and it needs to have a comperisen(or)! It also needs to be meascherable

Please see the link.

The centimetre.

to inform others of their work

thats what i wanna know thats y i asked you for the answer