An alpha particle, consisting of two protons and two neutrons, is located at (-39, 0, 0)...

Transcribed Image Text:

An alpha particle, consisting of two protons and two neutrons, is located at (-39, 0, 0) nm and produces an electric field in all of space. A neutral Krypton atom, with polarizability a = 5.0 10-18 C2m, is brought to the location (15,0,0) nm. N A. What is the resulting dipole moment p that the Krypton atom attains? (Recall the relationship between an applied electric field and the resulting dipole moment is p = a). Please answer as a vector in Coulomb meters. (..) Since the neutral Krypton atom is polarized, it produces an electric field. In fact, the electric field that it produces looks like the field of an electric dipole, whose magnitude is given by Eon.axis 12p 4x6-3 B. Compute the vector electric field due to the polarized Krypton atom at the position of the alpha particle. Please answer as a vector in Newtons per Coulomb. O.O.O) C. What is the net force exerted on the alpha particle? Please answer as a vector in Newtons. An alpha particle, consisting of two protons and two neutrons, is located at (-39, 0, 0) nm and produces an electric field in all of space. A neutral Krypton atom, with polarizability a = 5.0 10-18 C2m, is brought to the location (15,0,0) nm. N A. What is the resulting dipole moment p that the Krypton atom attains? (Recall the relationship between an applied electric field and the resulting dipole moment is p = a). Please answer as a vector in Coulomb meters. (..) Since the neutral Krypton atom is polarized, it produces an electric field. In fact, the electric field that it produces looks like the field of an electric dipole, whose magnitude is given by Eon.axis 12p 4x6-3 B. Compute the vector electric field due to the polarized Krypton atom at the position of the alpha particle. Please answer as a vector in Newtons per Coulomb. O.O.O) C. What is the net force exerted on the alpha particle? Please answer as a vector in Newtons.