Basic Electrical Engineering Experienced Online Exam Quiz
Basic Electrical Engineering Experienced GK Quiz. Question and Answers related to Basic Electrical Engineering Experienced. MCQ (Multiple Choice Questions with answers about Basic Electrical Engineering Experienced
A metal parallel plate capacitor has ‘a’mm diameter and the distance between the plates is 1mm. The capacitor is placed in air. Force on each plate is 0.035N and the potential difference between the plates is 1kV. Find ‘a’.
Options
A : 10mm
B : 100mm
C : 1000m
D : 1000cm
A metal parallel plate capacitor has 100mm diameter and the distance between the plates is 1mm. The capacitor is placed in air. Calculate the potential difference between the plates if the force on each plate is 0.035N.
Options
A : 1kV
B : 1V
C : 2kV
D : 2V
A metal parallel plate capacitor has 100mm diameter and the distance between the plates is ‘a’ mm. The capacitor is placed in air. Force on each plate is 0.035N and the potential difference between the plates is 1kV. Find ‘a’.
Options
A : 1m
B : 1cm
C : 10cm
D : 1mm
A metal parallel plate capacitor has 100mm diameter and the distance between the plates is 1mm. The capacitor is placed in air. Calculate the force on each plate if the potential difference between the plates is 1kV.
Options
A : 350N
B : 0.035kN
C : 0.035N
D : 3.35kN
In which of the following mediums, will the force of attraction between the plates of a capacitor be greater?
Options
A : Air
B : Water
C : Does not depend on the medium
D : Cannot be determined
Which among the following is the correct expression for force between the plates of a parallel plate capacitor?
Options
A : F=epsilon*A*(V/x)2/2
B : F=epsilon*A*(V/x)2/3
C : F=epsilon (V/x)2/2
D : F=epsilon (V/x)2/3
When the area of cross section of the plate increases, what happens to the force between the plates?
Options
A : Increases
B : Decreases
C : Remains the same
D : Becomes zero
When the potential gradient increases, what happens to the force between the plates?
Options
A : Increases
B : Decreases
C : Remains the same
D : becomes zero
What happens to the force of attraction between the capacitors when the distance of separation between the plates increases?
Options
A : Increases
B : Decreases
C : Remains the same
D : Becomes zero
What happens to the force of attraction between the capacitors when the potential difference between the plates decreases?
Options
A : Increases
B : Decreases
C : Remains the same
D : Becomes zero
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