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Sagot :
To solve the problem it is necessary to
apply the concept of Load on capacitors.
The charge Q on the plates is proportional
to the potential difference V across the two
plates.
It can be mathematically defined as:
0= CV
Where.
C= Capacitance
V= Voltage
Our values are given as,
C
= 0.60pF
V=30V
Substituting values in the above formula,
we get
Q= CV
Q
= 0.6 * 30
Q
= 18pC
Where
1pC= 10-12Coulomb
Therefore the charge must be 18pC to
Create a 30V pore potential difference
apply the concept of Load on capacitors.
The charge Q on the plates is proportional
to the potential difference V across the two
plates.
It can be mathematically defined as:
0= CV
Where.
C= Capacitance
V= Voltage
Our values are given as,
C
= 0.60pF
V=30V
Substituting values in the above formula,
we get
Q= CV
Q
= 0.6 * 30
Q
= 18pC
Where
1pC= 10-12Coulomb
Therefore the charge must be 18pC to
Create a 30V pore potential difference
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