Explanation:
F=ma=(100kg)(4m/s/s)=400N
N is Newton, the SI unit of force, which is a kg•m/s/s. F is net force and, of course, m is mass and a is acceleration.
In a transformer, the ratio of the electromotive forces (EMFs), or voltages, at the primary and secondary ends of the transformer is equivalent to the ratio of the turns in the winding of the primary and secondary end. Mathematically:
E₁/E₂ = T₁/T₂
Given that T₁/T₂ = 3/2,
E₁/E₂ = 3/2
E₂ = 2/3 E₁
Therefore, the voltage decreases to two-thirds of the original value.
Answer: I observed that the electric field strength is the same at all points between the plates. The value of the field is 70 volts per meter. This is exactly 100 times the applied voltage. The electric field lines point from the positive plate to the negative plate, as the downward arrow on the detector shows.
Explanation:
the sample answer, don't directly copy it!
Energy and the unit of measurement is in joules