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Author Question: Calculate the radius in nanometers of the Bohr orbit of a hydrogen atom's electron with n = ... (Read 109 times)

renzo156

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on: Jul 28, 2018
Calculate the radius in nanometers of the Bohr orbit of a hydrogen atom's electron with n = 6.

Question 2

Two solenoids of equal length are each made of 2000 turns of copper wire per meter. Solenoid I has a 5.00 cm radius; solenoid II a 10.0 cm radius. When equal currents are present in the two solenoids, the ratio of the magnitude of the magnetic field BI along the axis of solenoid I to the magnitude of the magnetic field BII along the axis of solenoid II, BI/BII, is
 a. 1/4.
  b. 1/2.
  c. 1.
  d. 2.
  e. 4.


Ptupou85

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Reply #1 on: Jul 28, 2018
Answer to Question 1

1.91 nm

Answer to Question 2

c


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