A finales del siglo XIX, los estudios y demostraciones que habían sobre los fenómenos eléctricos llevaban a sospechar que los átomos eran divisibles. ¿Cuáles fueron las experiencias realizadas por J.J Thomson para confirmar este hecho y qué postulado surgió de estas experiencias?

Answers

Answer 1

Answer:

Answer:

Joseph John Thomson studied the properties and the effects of the cathodic rays. Thomson's experiments involved the passage of electricity through a high-vacuum cathode-ray tube composed by a positive electrode (anode) and a negatively charged cathode. This experiment was crucial to describe the nature of the electric discharge.

Explanation:

Michael Faraday placed two electrodes in water solution and then he observed how electricity forces can separate elements in the solution.

William Crookes studied the forces that drive electricity phenomena by passing electricity through a gas in a sealed tube (cathode ray tubes).

Wilhelm Roentgen discovered the electromagnetic radiation in the X-ray spectrum

Finally, Ernest Rutherford was an apprentice of JJ Thompson. He designed an experiment involving alpha particles that were emitted by a radioactive element. This experiment showed that atoms have tiny and heavy nucleus.

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First to answer and get it correct will get the ''Brainliest Answer''

Answers

true because in a solid particles dont move so it wouldn't be in a constant motion.

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Scientific notation for 5,098,000

Answers

When you do not see the decimal just put it at the very end of the problem!
So now 5,098,000.
Now we need to move the decimal over to make this problem greater than 1 and less than 10. So if we but the decimal Right after 5 we have 5.098 which is greater than 1 and less than 10.
So now we write it out like this
5.098*10^x
let's find x.
X is how many times we moved the decmal over, in this case 6.So now
5.098*10^6
Does this help?

5.098*10^6 , this is the correct answer

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Answers

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A hydrogen atom cannot emit an alpha particle true false

Answers

false.

Hope this helped. : )

Atomic emission spectra are produced when the light emitted by an element passes through a prism. Which of the following statements is true regarding these spectra?A. All elements produce the same atomic spectra.
B. Elements produce continuous spectra.
C. Elements produce spectra with only a few distinct lines.

Answers

Option C: elements produce spectra with only few distinct lines.

The spectra are not continuos and are different for every element. This permits to identify elements.

Final answer:

Atomic emission spectra are unique to each element and consist of distinct lines representing different energy levels.

Explanation:

The correct statement regarding atomic emission spectra is option C: Elements produce spectra with only a few distinct lines.

The spectra produced by different elements are unique to each element, meaning that they have distinct patterns of lines.
These lines represent the different energy levels that electrons can occupy within the atom.
The specific pattern of lines in an atomic emission spectrum can be used to identify the element present in a sample of unknown composition.

Learn more about Atomic emission spectra here:

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Doing another onee! 50 points for answering thiss!