In quantum theory, entanglement refers to
A) two particles sharing a single quantum field (EM field or matter field) with each other.
B) the fact that a particle can get trapped in the electric field of another particle.
C) the spreading out of a single particle's EM field or matter field over a region of space.
D) the communication that occurs when one particle sends an electromagnetic wave to another.
E) the forces that two particles can exert on each other even when they are separated.
Question 2
If the intensity of an electromagnetic wave is 80 MW/m2, what is the amplitude of the magnetic field of this wave? (c = 3.0 108 m/s, 0 = 4 10-7 T m/A, 0 = 8.85 10-12 C2/N m2)
A) 0.82 mT
B) 0.33 T
C) 10 T
D) 14 T
E) 0.58 mT
The endosymbiosis theory
amino acids with single and three code
) A more elaborate motif, the β barrel. This β barrel is a single domain of α-hemolysin
Leininger's Culutral Care Theory
This modified model of Easton’s systems theory puts government decision makers as the source of pol
Gender Schema Theory