An electron and a proton are released simultaneously from rest and start moving toward each other due to their electrostatic attraction, with no other forces present.
Which of the following statements are true just before they are about to collide? (There could be more than one correct choice.) A) They are closer to the to the initial position of the electron that to the initial position of the proton.
B) They are closer to the to the initial position of the proton that to the initial position of the electron.
C) They are at the midpoint of their initial separation.
D) They both have the same speed.
E) The electrostatic force exerted on the proton is greater than the electrostatic force exerted on the electron.
Question 2
A light source radiates 60.0 W of single-wavelength sinusoidal light uniformly in all directions. What is the average intensity of the light from this bulb at a distance of 0.400 m from the bulb?
A) 14.9 W/m2
B) 37.2 W/m2
C) 27.4 W/m2
D) 11.9 W/m2
E) 29.8 W/m2
Models for the electron orbitals and energy shells of carbon
An electron micrograph from an experiment demonstrating the function of a tight junction
Electron atomic and molecular orbitals
Electron Microscope Images of a Diatom
Electron Microscope Images of a Diatom
Insects Under the Electron Microscope