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Question 1 d)
Two insulating handles are now used to pull the (10.0 cm diameter) electrodes away from each other until they are 1.0 cm apart. The electrodes remain connected to the 15 V battery during this process.
What is the charge on each electrode?
Give your answer to 0 decimal places in nC. Write your answer without units i.e., 12.6 nC as 12.6.
Question 1 c)
Two
10.0 cm diameter electrodes 0.50 cm apart from a parallel plate
capacitor. The electrodes are attached by metal wires to the terminals
of a 15 V battery.
While the capacitor is attached to the battery,what is the potential
difference between the electrodes
?Question 1 b)
Two
10.0 cm diameter electrodes 0.50 cm apart from a parallel plate
capacitor. The electrodes are attached by metal wires to the terminals
of a 15 V battery.
While the capacitor is attached to the battery,what is the
electric field strength inside the capacitor?
Question 1 a)
Two
10.0 cm diameter electrodes 0.50 cm apart from a parallel plate
capacitor. The electrodes are attached by metal wires to the terminals
of a 15 V battery.
While the capacitor is attached to the battery, what is the charge on each electrode?Question 2e)
A storm cloud has -25 nC built up in a 1.0 km diameter spherical charge centre located 10 km above the ground. This charge centre attracts a similar amount of positive charge that is spread on the ground below the ground. The charge centre and ground act as a charged capacitor, with a potential difference of V. In a lightning strike, the large electric field between these two charged regions (acting as electrodes) may ionise the air resulting in a conducting path between the cloud and ground, through which the 'capacitor' discharges.
Give your answer to 0 decimal places in Gigawatt. Write your answer without units i.e., 12 GW as 12.
Question 2d)
A storm cloud has -25 nC built up in a 1.0 km diameter spherical charge centre located 10 km above the ground. This charge centre attracts a similar amount of positive charge that is spread on the ground below the ground. The charge centre and ground act as a charged capacitor, with a potential difference of V. In a lightning strike, the large electric field between these two charged regions (acting as electrodes) may ionise the air resulting in a conducting path between the cloud and ground, through which the 'capacitor' discharges.
If 12.5 C of charge is transferred from the cloud to the ground in a lightning strike, what fraction of the stored energy is dissipated?
Question 2 b)
A
storm cloud has -25 nC built up in a 1.0 km diameter spherical charge
centre located 10 km above the ground. This charge centre attracts a
similar amount of positive charge that is spread on the ground below the
ground.
The
charge centre and ground act as a charged capacitor, with a potential
difference of
V. In a lightning strike, the large
electric field between these two charged regions (acting as electrodes)
may ionise the air resulting in a conducting path between the cloud and
ground, through which the 'capacitor' discharges.
A storm cloud has -25 nC built up in a 1.0 km diameter spherical charge centre located 10 km above the ground. This charge centre attracts a similar amount of positive charge that is spread on the ground below the ground. The charge centre and ground act as a charged capacitor, with a potential difference of V. In a lightning strike, the large electric field between these two charged regions (acting as electrodes) may ionise the air resulting in a conducting path between the cloud and ground, through which the 'capacitor' discharges.
Calculate the approximate capacitance of the charge centre + ground system.
Give your answer to 0 decimal places in nF. Write your answer without units i.e., 12 nF as 12.
Question 2 a)
A storm cloud has -25 nC built up in a 1.0 km diameter spherical charge centre located 10 km above the ground. This charge centre attracts a similar amount of positive charge that is spread on the ground below the ground.The charge centre and ground act as a charged capacitor, with a potential difference of V. In a lightning strike, the large electric field between these two charged regions (acting as electrodes) may ionise the air resulting in a conducting path between the cloud and ground, through which the 'capacitor' discharges.Utilizando la regla de integración Trapezoidal, calcular una aproximación con 5 intervalos (n=5) de la integral: