Answer:
The magnet will exert a force on the electric current
Explanation:
The electric current flowing through the cord will experience magnetic force due to presence of magnetic field created by the magnet brought near it.
The magnitude of the magnetic force experienced by this flowing current is given as;
F = qvB
where;
q is charge of electron (measured in coulomb's, C)
v is the speed of the flowing current (m/s)
B is the magnetic field strength (T)
Therefore, the magnet will exert a force on the electric current
Answer:
Will the electronegativity of barium be larger or smaller than that of strontium? Explain. EN of Ba (0.89) is smaller than EN of Sr (0.95). Because of larger size and more inner core e- shielding, Barium will more readily share its valence electron in the 6s sublevel than Sr will share it valence e- in the 5s sublevel.
Explanation:
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Answer:
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