QUESTION 21 After Rutherford's discovery of the nucleus, Bohr developed a model of the atom in which the nucleus was positively charged, surrounded by electrons. In this model, the chemical propertied of the atom were determine by O the exact mass of the nucleus. the configuration of the electrons. the interactions taking place inside the nucleus. the radioactive properties of the atom

QUESTION 21 After Rutherford's discovery of the nucleus, Bohr developed a model of the atom in which the nucleus was positively charged, surrounded by electrons. In this model, the chemical propertied of the atom were determine by O the exact mass of the nucleus. the configuration of the electrons. the interactions taking place inside the nucleus. the radioactive properties of the atom

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Rutherford’s experiment indicated that matter was not asuniform as it appears. What part of his experimental resultsimplied this idea? Explain
The following depicts two images related to atom structure. The image on the left describes an atomic theory. The image on the right describes the results of a test used to further determine the structure of the atom. Electrons scattered throughout ● (a) Expected Results D Diffuse positive charge Path of < particle Assuming that the arrows are streams of "alpha" radiation Use the image to determine whether the "alpha radiation" is positively or negatively charged. Explain how you arrived at your conclusion. Cite evidence from the image(s) in your explanation. (b) Actual Results
Classify the following statements as consistent or inconsistent with Rutherford's nuclear theory as it was originally stated. Help Reset Consistent Inconsistent A nitrogen atom has seven protons in its nucleus and seven electrons A phosphorus atom has 15 protons in its nucleus and 150 electrons outside Since electrons are smaller than protons, and since a hydrogen atom contains only one proton and one electron, it must follow that the volume of a hydrogen atom is mostly due to the proton. outside of its nucleus. of its nucleus. The majority of the mass of a fluorine atom is due to its nine electrons.
Please complete the following question. There is no need to provide an explaination. 2
Question 7
Draw your own concept of an atom. You may refer to the model given by Bohr for an idea of the atom and its subatomic particles. You need to label and describe your model of an atom.
Can you help me with this questions, please?
Which statement below best explains why Ernest Rutherford was expecting the alpha particles to pass through the gold foil undeflected? Rutherford expected the particles to bounce off of the electrons in the foil O Rutherford expected the gold atoms to not be densely packed together Rutherford didn't know there was a nucleus in the gold atom that the particles could bounce off of gold is very malleable
86. The periods or series of elements in the periodic table are dependent on: Energy level of the major orbital where the valence electrons are located. How common the elements occurred in nature Number of valence electrons Location of valence electrons 87. This physicist gets credit for the initial information about an atom's nucleus: Democritus Rutherford Thomson Dalton Chadwick
According to the bohr model, an atom with 7 electrons has how many PAIRS of electrons? Type your answer. An isotope is an element of the same type but having differing numbers of. (choose all that apply) identities electrons mass neutrons protons According to the bohr model of an atom with 5 electrons, how many electrons are in the second energy level (ring)? Type your answer. Element "X" has a mass# of 64. How many neutrons does it have if its atomic# is 29 Type your answer.