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atoms cannot be divided
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When was the atom changed when new evidence was discovered?
atoms cannot be divided
What ideas about atoms changed when new evidence was discovered?
atoms cannot be divided
What ideas aout the atom changed when new evidence was discovered?
The concept of the atom evolved significantly with new discoveries. Initially, atoms were thought to be indivisible, as proposed by Dalton. However, the discovery of subatomic particles—such as electrons by J.J. Thomson and the nucleus by Ernest Rutherford—revealed that atoms are complex structures. Later advancements, including quantum mechanics, further transformed our understanding, showing that electrons exist in probabilistic clouds rather than fixed orbits around the nucleus.
Why have scientists revised the a atomic model many times?
they could discover a new atom and it would change
What describes the basis on which new scientific ideas are accepted or rejected?
New scientific ideas are typically accepted or rejected based on evidence, experimental results, and how well they align with existing theories and principles. Ideas that can be tested, replicated, and provide new insights into the natural world are more likely to be accepted. Peer review by other experts in the field also plays a crucial role in evaluating the validity and significance of new scientific ideas.
What changed about the atom when new evidence was discovered?
atoms cannot be divided
When was the atom changed when new evidence was discovered?
atoms cannot be divided
What idea about the atom change when new evidence was discovered?
atoms cannot be divided
What ideas about atoms changed when new evidence was discovered?
atoms cannot be divided
Is it true or false the Scientists accept ideas from the past but will revise them when new evidence is discovered?
true
What ideas about the atom changed when new evidence is discovered?
New evidence has led to the understanding that atoms are not indivisible, as previously thought, but are composed of subatomic particles like protons, neutrons, and electrons. Additionally, the discovery of isotopes showed that atoms of the same element can have different numbers of neutrons, leading to a more complex understanding of atomic structure.
What is a set of ideas supported by evidence?
A theory is a set of ideas supported by evidence. It is a well-substantiated explanation of some aspect of the natural world, based on a body of facts that have been repeatedly confirmed through observation and experimentation. Theories can evolve and change as new evidence is discovered.
To what extent have you discovered evidence of a rebirth or a new age?
There is no scientific evidence to support the concept of rebirth or a new age as these ideas are primarily philosophical or spiritual beliefs. These concepts are subjective and vary across different belief systems and cultures.
When do biological classification scheme change?
as new evidence and more kinds of organism are discovered
Which of these best describes the basis on which new scientific ideas are accepted or rejected?
New scientific ideas are typically accepted or rejected based on the evidence supporting them. Ideas that are consistent with experimental data and can be replicated by other researchers are more likely to be accepted. Conversely, ideas that lack evidence or are inconsistent with established scientific principles are more likely to be rejected.
What ideas aout the atom changed when new evidence was discovered?
The concept of the atom evolved significantly with new discoveries. Initially, atoms were thought to be indivisible, as proposed by Dalton. However, the discovery of subatomic particles—such as electrons by J.J. Thomson and the nucleus by Ernest Rutherford—revealed that atoms are complex structures. Later advancements, including quantum mechanics, further transformed our understanding, showing that electrons exist in probabilistic clouds rather than fixed orbits around the nucleus.
Why have scientists revised the a atomic model many times?
they could discover a new atom and it would change
